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  • Your Industrial Laser Partner

    Light, when used as a manufacturing tool, is fascinating; it offers virtually infinite potential in material processing applications, which are as broad as the technologies behind them.

    CO2 lasers, solid-state lasers, fiber lasers, ultrashort pulse lasers or diode lasers, the ROFIN Group provides the entire spectrum of industrial lasers for laser cutting, laser welding, laser marking or laser surface treatment. Our product portfolio includes the full power spectrum, from single-digit watts right up to multi-kilowatts.

    With extensive application know-how, ROFIN is the ideal partner for your individual laser solutions, providing worldwide expert advice and service.
     
Product Portfolio
  • CO2-Lasers

  • Well-Proven Technology for Industrial Applications

    ROFIN delivers a broad range of CO2 lasers that reaches from sealed-off products up to multi-kW lasers in the power range from 30 to 8,000 W. Whether for laser cutting, welding, structuring, perforating, drilling or laser marking – the established CO2 lasers from ROFIN are always a good choice. Due to their high reliability, low maintenance efforts and an excellent beam quality, they are essential tools in production.
      • CO2 SLAB Rofin Lasers

      • Diffusion cooled with minimal gas consumption

        The secret for this decisive technology is the two water-cooled electrodes (slabs). High frequency between these electrodes leads to stimulation of the laser gas. The optical resonator of this CO2 laser is formed by the front and rear mirrors and the two electrodes. The heat generated in the gas is dissipated by the water-cooled electrodes (diffusion cooling). Thus, the conventional gas circulation systems involving roots blowers or turbines are not required.
          • ROFIN DC Series

          • Highest Reliability – Lowest Maintenance Effort

            Laser cutting, laser welding or surface treatment – the diffusion-cooled CO2 Slab laser from ROFIN is not only an excellent cutting laser but also the ideal tool for a wide variety of applications.
             
            • Beam Excitation: RF
            • Output Power: 1000 W, 1500 W, 2000 W, 2500 W, 3000 W, 3500 W, 4000 W, 4500 W, 5000 W, 6000 W, 7000 W, 8000 W
            • Wavelength: 10,6 µm
            • Beam Characteristic Number: K = 0,95
            • Pulse Frequency:
              for Output Powers up to 4500 W: CW or 2 - 5000 Hz
              for Output Powers of 5000 W and more: CW or 2 - 100 Hz
          • StarShape HP

          • More often, the market demands for high power applications in combination with galvo technology. ROFIN has an excellent laser expertise in high power laser applications like e.g. laser cutting and ablation with 3-axis galvo scanning heads.
             
            • Laser power 1.000 to 2.500 W
            • 3-axis technology
            • Processing fields with a range of 200 mm x 200 mm to 1.500 mm x 1.500 mm
            • Optical beam splitter for double head applications
            • Excellent performance in welding/ablation of thick and complicated material (e. g. in automotive or in medical engineering)
        • Sealed-Off CO2 RofinLasers

        • The optical resonator of this CO2 laser is formed by the front and rear mirrors and two parallel RF-electrodes.
            • ROFIN OEM iX Lasers

            • Compact and lightweight sealed-off CO2 Lasers

              The OEM iX lasers with output powers of up to 650 watts provides a compact solution for integrating the laser into existing production lines and is most suitable for laser cutting of paper, glass, ceramic, textiles, wood, thin sheet metal and plastics.
               
              • Beam excitation: RF
              • Output Power: 450 W, 650 W
              • Beam characterisitc number: K > 0,8
              • Pulse frequency (PP)
              • OEM 45 iX: 0-100 kHz
              • OEM 65 iX: 0-130 kHz
            • ROFIN SR Series

            • Distortion-free processing of brittle materials

              The sealed-off CO2 lasers of the ROFIN SR-Series with output powers of 125 - 250 Watts incorporate the industrially proven diffusion-cooled Slab laser design from ROFIN, resulting in a beam that is round and symmetrical.
               
              • Beam excitation: RF
              • Power range: 125-250 W
              • RF power supply Integrated
              • Beam characteristics: K > 0,8
              • Pulse Frequency (PP): o-130 kHz
              • Mounting on robot arms: Yes
            • StarShape

            • CO2 Laser for Processing Non-Metal Material

              The combination of sealed-off CO2 lasers with a 2 and 3 axis galvo scanning head and efficient software opens up a wide range of new applications for processing non-metal materials.
               
              • Laser power 100 W, 200 W, 300 W, 400 W or 600 W
              • 3-axis technology optional with automatic field size adjustment
              • Quick and effective 2.5 D process (optional) without repositioning of the workpiece
              • Processing fields of 100 mm x 100 mm up to 1.250 mm x 1.250 mm
              • Optional double head systems
              • Integration into customer working stations by ROFIN
            • MultiScan

            • Vector Laser for Static and 'On the Fly' Marking Applications

              The ROFIN MultiScan has been specifically developed to enable simple alphanumeric and/or complex marks containing graphics to be applied to a wide variety of materials.
               
              • Precise reproduction of graphics and alphanumeric content
              • Large scan are allowing large format codes
              • Static and 'on the fly' marking
              • Laser type: Single sealed-off CO2
              • Dimensions (W x H x D): 590 x 900 x 400 mm
              • Output power class up to: 120 W
              • Marking field: 70 mm x 70 mm to 250 mm x 250 mm
            • PowerLine C 30

            • CO2 Marking Laser for Organic and Inorganic Materials

              The PowerLine C 30 provides best marking results on plastics and glass as well as on organic materials like wood, paper and leather.

               
              • Compact design
              • Suitable for plastics, glass, wood, paper, leather, etc.
              • No external gas supply, nearly maintenance-free
              • Output power class up to: 30 W
              • Laser type: Single sealed-off CO2
              • Wavelength: 10. 600 nm
              • Marking field: Ø 70 mm (other dimensions on request)
          • Soild-State Lasers

          • The New Flexibility

            In addition to the fiber lasers, our solid-state lasers are the tool of choice, whenever a flexible beam guidance is required. They are well applied for laser cutting, laser welding, removing, drilling and scribing. Solid-state lasers have also proven to be the ideal beam source for most marking applications. ROFIN offers an extensive choice of CW-, pulsed and Q-switched solid-state lasers with a power range between 3 and 1000 W – in all cases the right laser for your application.
              • CW- and Q-switched Rofin Lasers

              • The laser-active Nd:YAG solid-state rod is activated via laser diodes. In contrast to conventional lamp pumped solid-state lasers, the absorption of diode light in the Nd:YAG-rod is much more efficient. Hence, the beam quality that is based on a low thermal strain as well as on the lens value of the Nd:YAG crystal is improved and provides electric efficiency that is significantly higher.
                  • ROFIN DQ Series

                  • Q-Switched Lasers for Surface Treatment Applications

                    Laser Ablation, Laser Cleaning, Insulation – the Q-switched lasers of ROFIN are the ideal tool for these and other surface treatment applications.
                     
                    • Output Powers: 500 W, 800 W, 1000 W
                    • Wavelength: 1,06 µm
                    • Max. Pulse Energy:
                      75 mJ @ 6 kHz (500 W),
                      120 mJ @ 6 kHz (800 W),
                      150 mJ @ 6kHz (1000 W)
                    • Pulse Frequency Range: 6 - 15 kHz, others on request
                    • Pulse Length: 38 ns @ 6 kHz (±10%)
                    • Pulse to Pulse Stability: ± 3%
                    • Beam Quality at Collimator:
                      < 25 mm x mrad (500 W),
                      > 35 mm x mrad (800 and 1000 W)
                    • Fiber Optic (round or square): 600 µm at 500 W, 800 µm at 800 and 1000 W
                  • PowerLine E Series

                  • End-pumped Solid-State Lasers with a Wide Range of Applications

                    Laser markers for a wide range of applications which are particularly easy to integrate and to maintain.
                     
                    • different power ranges
                    • Several wavelengths
                    • single and double galvo configuration
                    • easy integration through compact design
                    • Laser type: diode end-pumped Nd: YVO4
                    • Output power class up to: 10 W - 40 W
                    • Wavelength: 1064 nm, 532 nm, 355 nm
                    • Pulse frequency: 1 – 200 kHz, and CW
                    • Marking field: 120 x 120 (other dimensions on request)
                    • Power consumption: 0.5 kW - 1.88 kW
                  • PowerLine L 65 SHG / L 100 SHG / L 400

                  • Laser systems for high-speed materialprocessing and PV applications

                    The PowerLine L was specifically designed for material processing applications requiring high average power and high pulseenergy. Examples are thin film removal on glass and flexible materials, silicon processing, surface treatment.
                     
                    • 532 nm und 1064 nm available
                    • Excellent pulse-to-pulse-stability
                    • long-term stable 24/7 industrial operation
                    • Pulse frequency 50 kHz and pulse length from 50 to300 ns
                    • Scanner head with high performance precision supporting very high accuracies.
                • Pulsed Rod Lasers

                • For Finest Laser Welding and Laser Cutting Applications

                  Due to their beam and pulse characteristics, pulsed YAG rod lasers with powers up to 500 W are especially suited for laser fine welding and fine cutting applications.
                    • StarPulse

                    • Pulsed YAG Lasers for Fine Welding Applications

                      The StarPulse laser sources (40 – 150 W) providing high pulse-to-pulse stability are ideal for laser welding of narrow seam geometries at high welding speeds – also for highly reflecting materials with high melting temperatures.
                       
                      • Laser power: 40 to 150 W
                      • Principle: lamp pumped rod laser
                      • Double closed loop power control
                      • Intra-pulse / Inter-pulse control
                      • Teach mode
                      • First-pulse control
                      • Single-Pulse graphics
                      • Touch screen
                      • Diagnosis + telephone support
                      • Process data collecting
                      • Direct beam
                      • Fine-welding option
                      • Fiber module
                    • KLS

                    • Pulsed Nd:YAG Lasers

                      As a result of the outstanding beam quality and the high pulse power, the KLS laser series can be used in particular for fine cutting, drilling, scribing, and precision welding as well as for multiple applications.
                       
                      • Average power max. 15 - 250 W
                      • Pulse duration 0.012 – 20 ms
                      • Pulse frequency, max. 5000 Hz
                      • Pulse energy, max. 50 J
                      • Pulse power max. 6 kW
                    • FLS A/CL

                    • Pulsed Nd:YAG Lasers

                      Lasers in the FLS A-series are flexible devices with high average and peak power for cutting and drilling with high aspect ratios and processing speeds.
                       
                      • Average power max. 600 W
                      • Pulse duration 0.1 – 20 ms
                      • Pulse frequency 0.1 - 500 Hz
                      • Pulse energy, max. 120 J
                      • Peak power, max. 50 kW

                      Lasers in the FLS CL-series are flexible devices with high average and peak power for cutting and drilling with high processing speeds. As a result of their high power, they are ideal for batteries and solar panel welding applications.
                       

                      • Average power max. 500 W
                      • Pulse duration 0.2 – 200 ms
                      • Pulse frequency 0.1 - 1,000 Hz
                      • Pulse energy, max. 110 J
                      • Peak power, max. 16 kW
                    • SLS Series

                    • Pulsed Nd:YAG Laser

                      The lasers of the SLS Series have been exclusively developed for processing materials using optical fiber technology With the modular structure, 30 different designs are available.
                       
                      • Average power max. 10 - 220 W
                      • Pulse duration 0.1 – 200 ms
                      • Pulse frequency 0.1 - 500 Hz
                      • Pulse energy, max. 110 J
                      • Pulse power max. 8.0 kW
                  • Fiber Lasers

                  • Precise and Efficient

                    Our pulsed, q-switched and cw mode fiber lasers with a power rate of only a few watts up to 8,000 watts allow cost-effective welding, cutting or marking of metal and plastic materials. Fiber lasers stand out due to their high efficiency and excellent beam quality.
                      • ROFIN FL Series

                            • ROFIN FL Series

                            • High Brightness Fiber Lasers for Every Application

                              All fiber lasers of the ROFIN FL Series are extremely efficient. With their modular and robust design the lasers have been set-up for optimum reliability.

                              Standard Versions:
                              FL x50, FL x75, FL 010, FL 015, FL 020, FL 030, FL 040, FL 060, FL 080
                               
                              • Excitation: Laser diodes
                              • Output power: 500 W; 750 W; 1,000 W; 2,000 W; 3,000 W;
                                4,000 W; 6,000 W; 8,000 W
                              • Beam parameter (using a 100 µm fiber): 3-4 mm x mrad
                              • Available fiber optics: 50 - 1,000 µm for 500 W - 2,000 W
                                100 - 1,000 µm for 3,000 W and higher

                              Compact Versions:
                              FL x50 C, FL x75 C, FL 010 C, FL 015 C,
                              FL020 C, FL 030 C, FL 040 C, FL 060 C,
                              FL 080 C
                               
                              • Excitation: Laser diodes
                              • Output power: 500 W; 750 W; 1,000 W; 2,000 W; 3,000 W;
                                4,000 W; 6,000 W; 8,000 W
                              • Beam parameter (using a 20 µm fiber): ≤ 0,4 mm x mrad
                              • Beam parameter (using 50 µm fiber): ≤ 2,5 mm x mrad
                              • Beam parameter (using 100 µm fiber): 3-4 mm x mrad
                              • Available fiber optics: 20 µm for up to 2,000 W
                                50 and 100 µm for 500 W - 3,000 W
                                100 µm for 4,000 - 6,000 W
                        • Rofin StarFiber Series

                        • Fiber Laser for Finest Laser Welding and Laser Cutting

                          StarFiber laser sources provide nominal power rates of 100 watts to 600 watts at fundamental mode beam quality.
                            • StarFiber 100-600

                            • Sophisticated Fiber Laser Systems for Laser Welding and Laser Cutting

                              StarFiber laser sources provide nominal power rates of 100 watts to 600 watts at fundamental mode beam quality.
                               
                              • Laser power: 100 – 600 W
                              • Principle: diode-pumped fiber laser
                              • Pulsed and CW operation
                              • Closed loop power control
                              • Power control depending on the process speed
                              • ROFIN Control Unit (RCU)
                              • Touchscreen
                              • Compact and robust design
                              • Excellent efficiency
                              • Process data collecting unit
                              • Diagnosis + telephone support
                            • StarFiber 150 P / 300 P

                            • Long pulse fiber laser systems

                              The pulsed fiber lasers StarFiber 150 P (single mode) and 300 P are available as multimode (MM) system.
                               
                              • 19 inch housing (OEM)
                              • Standalone
                              • Wavelength 1070 nm
                              • Red target beam
                              Pulsed mode StarFiber 150 P
                              • Max. average power 150 W
                              • Max. pulse power 1.5 kW
                              • Max. pulse energy 15 J
                              • Pulse duration max. 50 ms
                              • Max. pulse repetition rate 50 kHz
                              Pulsed mode StarFiber 300 P
                              • Max. average power 300 W
                              • Max. pulse power 3 kW
                              • Max. pulse energy 30 J
                              • Pulse duration max. 50 ms
                              • Max. pulse repetition rate 50 kHz

                               

                            • StarFiber 180/320 FC OEM

                            • OEM fiber laser for laser cutting applications

                              ROFIN has developed the StarFiber OEM featuring a minimum 'trigger to light' effect, i.e. the shortest switch-on delay, especially for complex fine cutting.

                              Customer Benefits
                              • Highest peak power
                              • Smallest trigger to light
                              • Stable trigger to light time
                              • Fast parameter switching
                              • Electronic safety shutter, CE approved
                              • Highest repetition rate
                              • Smallest bandwidth
                              • Best beam quality
                              • Easy integration for OEMs
                          • Rofin PowerLine F

                          • Fiber Laser optimized for micro and marking applications

                            The PowerLine F series is available in different configuration levels: as pure OEM beam source, in combination with a supply unit including a main supply unit and a safety shutter, as well as a laser beam source and ready-to-use marking system.
                              • PowerLine F Series

                              • Fiber lasers with different output powers for micro and marking applications

                                The PowerLine F series comprises innovative fiber lasers with different power ranges.
                                 
                                • different power ranges for various applications
                                • completely air-cooled
                                • low operating costs
                                • single and double galvo
                                • compact laser head
                                • Power range: 20 W, 30 W, 50 W, 100 W
                                • Laser type: diode-pumped fiber Yb
                                • Wavelength, (typ.): 1064 nm
                                • Marking field: 120 x 120 mm
                                • Power consumption: 330 VA, 390 VA, 470 VA, approx. 570 VA,
                                  approx. 350 VA (PowerLine F 20 Varia)
                              • PowerLine F 30 LP

                              • High pulse energy at high beam quality

                                The ROFIN PowerLine F30 Long Pulse is a compact, operator-friendly, easy-to-handle laser processing system with very low maintenance requirements.
                                 
                                • Average power 30 +/- 1 W (am Faser-Ende)
                                • Pulse energy: max. 2 mJ
                                • Pulse width: 1500 +/- 300 ns
                                • Wavelength: 1064 mm
                                • Beam quality: Typ: 1,5 (max. 2)
                            • QFS 50

                                  • QFS 50 - Scribing engine connecting rods

                                  • The QFS 50 is a specific, fiber-laser-based production solution for scribing engine connecting rods.
                                     
                                    • Average power, max.: 50 W
                                    • Pulse frequency: 50 to 200 kHz
                                    • Diameter of connecting rod eye: > 35 mm
                              • Diode Lasers

                              • From Single Watt up to the Multi-kW-Range

                                The beam quality and the high power of the diode lasers are perfectly suitable for laser coating, laser deposit welding, hardening, brazing and additive manufacturing applications.
                                With diode lasers up to the multi-kW-range, ROFIN provides powerful tools with robustness and industrial suitability for the application areas mentioned above.
                                Diode lasers with lower output powers are supplied by DILAS – the diode laser company, which belongs to the ROFIN Group. With the use of these diode lasers, even very small electronic components, in the range of a few tenths of a millimeter, as well as heat sensitive electronic parts can be processed. Especially in the field of plastic welding or soft soldering, diode lasers with lower output powers are ideally suited.
                                  • Rofin Diode Lasers

                                      • Low-Power Diode Lasers

                                      • Your competent partner for diode lasers with lower powers within the ROFIN Group is the company DILAS.
                                      • High-Power Diode Laser: DF 060 HP

                                      • Efficient, Powerful and Reliable

                                        ROFIN’s fiber-coupled diode laser with 6 kW output power is an ideal tool for brazing, cladding and surface treatment applications due to its smooth an homogenous beam profile and the high efficiency.
                                         
                                        • Output Power 6 000 W
                                        • Wavelength 900 - 1 000 nm
                                        • Beam parameter (using a 1 000 µm fiber) 110 mm x mrad
                                        • Available fiber optics 1 000 µm
                                    • Ultrashort Pulse Lasers

                                    • Ultrashort pulse lasers - High End-Technology for Industrial Applications (24/7)

                                      Ultrashort pulse lasers (USP lasers) which provide sufficient output power for industrial applications offer pulse lengths in the range from some 10 picoseconds to some 100 femtoseconds. They can be used for laser cutting, drilling, laser marking or surface treatment applications. Ultrashort pulses are shorter than the time needed for most energy diffusion processes within the atomic lattice. Therefore no heat is transferred to surrounding material which eliminates any unwanted material change. This is the reason why the method is referred to as 'cold'.
                                        • Rofin Star Lasers

                                            • StarFemto

                                            • Femtosecond laser for "cold" laser cutting, structuring, drilling and ablating as well as marking for industrial applications

                                              Customer Benefits
                                              • ROFIN Hybrid MOPA architechture
                                              • Robust design
                                              • ROFIN global on-site support
                                              • Easy system integration and maintenance
                                              • Made in Germany
                                              • 700 fs pulse width, 20 W laser power
                                              • Programmable Burst Mode (patented)
                                              • Repetition rate from single pulse to 2 MHz
                                              • Fast parameter change
                                              • Integration packages for various applications
                                            • StarFemto FX

                                            • Femtosecond laser for "cold" laser cutting, structuring, drilling and ablating as well as marking for industrial applications

                                              Customer Benefits
                                              • Revolutionary precision in laser processing without thermal damage
                                              • Minimal or no post-processing
                                              • Virtually no restriction on material choice
                                              • Robust industrial use (24/7)
                                              • Safe and easy system integration and maintainability
                                              • Small footprint
                                              • Optional with complete beam delivery for cutting, structuring, drilling and ablating as well as marking applications
                                            • StarPico

                                            • Picosecond laser for "cold" laser cutting, structuring, drilling and ablating for industrial applications

                                              Customer Benefits
                                              • ROFIN Hybrid MOPA architecture
                                              • Robust design
                                              • ROFIN global on-site support
                                              • Easy system integration and maintenance
                                              • 15 ps pulse width
                                              • 50 W laser power
                                              • 400 µJ pulse energy
                                              • Wavelength: 1064 nm
                                              • Programmable Burst Mode (patented)
                                              • Repetition rate from single pulse to 30 MHz
                                              • Integration packages for various applications
                                          • Short Pulse Lasers

                                          • Short pulse lasers are dedicated to marking and engraving as well as thin film ablation and structuring. High pulse frequencies up to 800 kHz ensure fast processing and maximum puls-to-pulse overlap. Wave lengths of 1064 nm, 532 nm und 355 nm allow for high quality processing of different materials.
                                              • PowerLine

                                                  • PowerLine Pico

                                                  • Compact Picosecond Laser

                                                    The picosecond laser PowerLine Pico is available as a laser source as well as a laser marker. The laser is dedicated to laser marking and engraving as well as thin film ablation and structuring.
                                                     
                                                    • low thermal penetration depth
                                                    • excellent process quality
                                                    • high overall efficiency
                                                    • easy to integrate
                                                       
                                                    • Wavelength: 1064 nm, 532 nm, 355 nm
                                                    • Pulse frequency: 200 - 800 kHz
                                                  • PowerLine SL

                                                  • Laser Beam Sources for demanding structuring applications

                                                    The PowerLine SL lasers were developed for processes that make high demands on beam quality and the pulse-to-pulse stability with high frequencies.

                                                    Features at a glance
                                                    • exceptional beam quality
                                                    • high pulse-to-pulse stability
                                                    • high long term stability with temperature management system
                                                    • integrated shutter and safety circuit
                                                    • easy integration
                                                       
                                                    • Output power class up to: 3 W, 20 W
                                                    • Wavelength: 532 nm, 1064 nm
                                                    • Laser type: end-pumped solid state laser
                                                    • Pulse frequency: 15 – 400 kHz (PowerLine SL 3 SHG)
                                                    • 0 – 400 kHz (PowerLine SL 20)
                                                    • Power consumption: 140 VA (PowerLine SL 3 SHG)
                                                    • 800 VA (PowerLine SL 20)
                                                  • PowerLine SL PV

                                                  • The PowerLine SL PV lasers were developed for photovoltaic applications with highest requirements on the beam quality and pulse-to-pulse stability with high frequencies.

                                                    Features at a glance
                                                    • exceptional beam quality
                                                    • high pulse-to-pulse stability
                                                    • high long term stability with temperature management system
                                                    • integrated shutter and safety circuit
                                                    • easy integration
                                                       
                                                    • Output power class up to: 3 W, 20 W
                                                    • Wavelength: 532 nm, 1064 nm
                                                    • Laser type: end-pumped solid state laser
                                                    • Pulse frequency: 15 – 400 kHz (PowerLine SL 3 SHG PV)
                                                    • 0 – 400 kHz (PowerLine SL 20 PV)
                                                    • Power consumption: 140 VA (PowerLine SL 3 SHG PV)
                                                    • 800 VA (PowerLine SL 20 PV)
                                                • Lasers for Marking

                                                • Setting the Mark

                                                  ROFIN offers an unparalleled laser product portfolio, comprising 1064 nm, 532 nm and 355 nm wavelength laser markers as well as various technologies and specialized setups. Our lasers for marking allow for cost-effective marking solutions with excellent results and ensure maximum operating efficiency in the long run. Depending on the complexity of your marking application there is a choice between individual and preconfigured systems.
                                                    • End Pumped Lasers

                                                          • PowerLine E Series

                                                          • End-pumped Solid-State Lasers with a Wide Range of Applications

                                                            Laser markers for a wide range of applications which are particularly easy to integrate and to maintain.

                                                            Features at a glance
                                                            • different power ranges
                                                            • Several wavelengths
                                                            • single and double galvo configuration
                                                            • easy integration through compact design
                                                               
                                                            • Laser type: diode end-pumped Nd: YVO4
                                                            • Output power class up to: 10 W - 40 W
                                                            • Wavelength: 1064 nm, 532 nm, 355 nm
                                                            • Pulse frequency: 1 – 200 kHz, and CW
                                                            • Marking field: 120 x 120 (other dimensions on request)
                                                            • Power consumption: 0.5 kW - 1.88 kW
                                                      • Fiber Lasers for Marking

                                                      • Laser systems optimized for micro and marking applications

                                                        The PowerLine F Series is available in different configuration levels: as pure OEM beam source, in combination with a supply unit including a main supply unit and a safety shutter, as well as a laser beam source and ready-to-use marking system.
                                                          • PowerLine F Series

                                                          • Fiber lasers with different output powers for micro and marking applications

                                                            The PowerLine F series comprises innovative fiber lasers with different power ranges. All systems deliver 1 mJ pulse energy with a fast turn-on time and high peak power over a wide range of repetition rates.

                                                            Features at a glance
                                                            • different power ranges for various applications
                                                            • completely air-cooled
                                                            • low operating costs
                                                            • single and double galvo
                                                            • compact laser head
                                                               
                                                            • Power range: 20 W, 30 W, 50 W, 100 W
                                                            • Laser type: diode-pumped fiber Yb
                                                            • Wavelength, (typ.): 1064 nm
                                                            • Marking field: 120 x 120 mm
                                                            • Power consumption: 330 VA, 390 VA, 470 VA, approx. 570 VA,
                                                              approx. 350 VA (PowerLine F 20 Varia)
                                                          • PowerLine F 30 LP

                                                          • High pulse energy at high beam quality

                                                            The ROFIN PowerLine F30 Long Pulse is a compact, operator-friendly, easy-to-handle laser processing system with very low maintenance requirements. It combines high pulse energy at relatively long pulse width with the lowest cost of ownership.
                                                             

                                                            Features at a glance

                                                            • Compact setup
                                                            • Excellent pulse-to-pulse stability
                                                            • Highly reliable fiber architecture for flexible operation
                                                            • High pulse energy
                                                            • Air cooling
                                                               
                                                            • Average power 30 +/- 1 W (am Faser-Ende)
                                                            • Pulse energy: max. 2 mJ
                                                            • Pulse width: 1500 +/- 300 ns
                                                            • Wavelength: 1064 mm
                                                            • Beam quality: Typ: 1,5 (max. 2)
                                                        • CO2 Lasers for Marking

                                                        • Particularly Suitable for Marking Organic Materials

                                                          Due to their wavelength, sealed-off CO2 laser sources achieve best marking results on organic materials like wood, paper or leather and certain polymers. CO2 lasers are also suitable for glass marking and deep marking and engraving of metals.
                                                            • MultiScan

                                                            • Vector Laser for Static and 'On the Fly' Marking Applications

                                                              The ROFIN MultiScan has been specifically developed to enable simple alphanumeric and/or complex marks containing graphics to be applied to a wide variety of materials.
                                                               
                                                              • Precise reproduction of graphics and alphanumeric content
                                                              • Large scan are allowing large format codes
                                                              • Static and 'on the fly' marking
                                                                 
                                                              • Laser type: Single sealed-off CO2
                                                              • Dimensions (W x H x D): 590 x 900 x 400 mm
                                                              • Output power class up to: 120 W
                                                              • Marking field: 70 mm x 70 mm to 250 mm x 250 mm
                                                            • PowerLine C 30

                                                            • CO2 Marking Laser for Organic and Inorganic Materials

                                                              The PowerLine C 30 provides best marking results on plastics and glass as well as on organic materials like wood, paper and leather.
                                                               
                                                              • Compact design
                                                              • Suitable for plastics, glass, wood, paper, leather, etc.
                                                              • No external gas supply, nearly maintenance-free
                                                                 
                                                              • Output power class up to: 30 W
                                                              • Laser type: Single sealed-off CO2
                                                              • Wavelength: 10. 600 nm
                                                              • Marking field: Ø 70 mm (other dimensions on request)
                                                          • UV Lasers

                                                                • PowerLine E UV-Series

                                                                • Convincing UV Lasers for Marking and Micro Applications

                                                                  The UV marking lasers PowerLine E UV with wavelength of 355 nm are, due to a high repetition rate, particularly suitable for marking plastics (ABS, PA).
                                                                   
                                                                  • high marking speed
                                                                  • best beam quality
                                                                  • excellent pulse-to-pulse stability
                                                                  • compact all-in-one 19" supply unit
                                                                  • low operating costs
                                                                  • for micro and marking applications

                                                                    Powerline E UV 5 - 355
                                                                  • Wavelength: 355 nm
                                                                  • Pulse Frequency: 20 - 200 kHz
                                                                  • Power class: 5 W

                                                                    Powerline E UV 10-355
                                                                  • Wavelength: 355
                                                                  • Pulse Frequency: 20 - 200 kHz
                                                                  • Power class: 10 W
                                                            • Short Pulse Lasers

                                                                  • PowerLine Pico series

                                                                  • Air cooled Short Pulse Marking Lasers

                                                                    These picosecond lasers are dedicated to laser marking and engraving as well as thin film ablation and structuring. With their exceptionally high, variable pulse frequency they ensure fast processing and maximum pulse-to-pulse overlap.
                                                                     
                                                                    • low thermal penetration depth
                                                                    • excellent process quality
                                                                    • high overall efficiency
                                                                    • easy to integrate
                                                                       
                                                                    • Wavelength: 1064 nm, 532 nm
                                                                    • Pulse frequency: 200 - 800 kHz
                                                                    • Power range: 10 W, 50 W
                                                              • Preconfigured Laser Markers

                                                              • Get off to a flying start with laser markers ready for action

                                                                For standard marking tasks, our experts designed a special product line with short term availability: the PowerLine Prime Series.
                                                                  • PowerLine Prime 15

                                                                  • Standardized marking laser with high throughput

                                                                    The air-cooled, pre-configured PowerLine Prime 15 offers up to 15 W output power. This easily integrable system with advanced laser technology comes with a pilot laser and a variable beam expander
                                                                     
                                                                    • up to 15 W laser power
                                                                    • high throughput
                                                                    • fully integrated control unit with standard interfaces
                                                                    • short delivery time
                                                                       
                                                                    • Laser type: Nd: YV04
                                                                    • Output power: 15 W
                                                                    • Wavelength: 1064 nm
                                                                    • Beam generation: end-pumped solid state laser
                                                                    • Pulse frequency: 20 – 200 kHz
                                                                    • Marking field: 120 x 120 mm, 240 x 240 mm
                                                                    • Power consumption: max. 420 W
                                                                  • PowerLine Prime 12

                                                                  • Standardized marking laser with excellent beam quality

                                                                    The PowerLine Prime 12 is an air-cooled laser marker with a wavelength of 1064 nm. The beam source operates in fundamental mode.
                                                                     
                                                                    • high beam quality
                                                                    • best focussing ability
                                                                    • excellent pulse stability
                                                                    • attractive price
                                                                    • flexible service concept
                                                                       
                                                                    • Laser type: Nd: YV04
                                                                    • Output power: up to 12 W
                                                                    • Wavelength: 1064 nm
                                                                    • Beam generation: diode end-pumped solid state laser
                                                                    • Pulse frequency: 10 - 200 kHz, cw as well
                                                                    • Marking field: 120 x 120 mm, 240 x 240 mm
                                                                    • Power consumption: max. 420 W
                                                                  • Desktop Laser Marker EasyMark

                                                                  • The Versatile Desktop Laser Marker

                                                                    EasyMark‘s modular concept realizes a huge working area within an extremely compact housing. An all-glass lifting door provides barrier-free access to the working chamber.

                                                                    Benefits
                                                                    • Easily integrable into production lines
                                                                    • Integrated air-cooling
                                                                    • Low maintenance and service costs
                                                                    • Spacious working chamber
                                                                    • Easy operation due to graphical user interface

                                                                      Options
                                                                    • Rotation axis with up to 40 rev/min and positioning accuracy 0,05°
                                                                    • Marking field 180 x 180 mm
                                                                    • Camera viewing systems for process optimization
                                                                    • Exhaust unit including remote start and control
                                                                    • Automatic door
                                                                  • Desktop Laser Marker EasyJewel

                                                                  • The Compact Laser Engraving System for the Jewelry Industry

                                                                    Advanced laser technology and marking software enable new applications and bring laser marking and engraving to the highest standards.

                                                                    Benefits
                                                                    • Very easy operation using graphical interface
                                                                    • Low maintenance and service costs
                                                                    • Ring marking module – patent pending
                                                                    • Integrated air cooling
                                                                    • Spacious working chamber

                                                                      Options
                                                                    • Clamping for bracelets with up to 80 mm outer diameter
                                                                    • Enhanced mode for seamless circumferential designs and larger diameters
                                                                    • Automatic door
                                                                    • Various camera systems for easy alignment
                                                                    • Exhaust unit with remote start and control function
                                                                • Laser Marking Systems

                                                                • ROFIN offers laser marking systems class 1 in various designs. A manifold of options and integrable laser beam sources make application-specific solutions easy to implement.
                                                                    • Desktop Marker

                                                                    • Space-saving Marking Solutions

                                                                      Small footprint, integrated air-cooling and a common power supply are the essential factors of these complete solutions for marking various workpieces and foils. The high-performance marking software for system control is installed on a commonly used PC.
                                                                    • All-purpose Laser Markers

                                                                    • All-in-one Marking Solutions

                                                                      ROFIN‘s all-purpose laser markers feature spacious working chambers, large color displays or touchscreens and everything you need for instant operation and convenient programming and control.
                                                                    • Foil Marker

                                                                    • Marking and Cutting of Labels

                                                                      All-in-one solutions for laser marking and laser cutting all common label materials with high speed. Full parametric control enables the marking of graphics and machine readable symbols and ensures maximum flexibility.
                                                                    • Laser Systems for Wafer Marking

                                                                    • In the semiconductor production the material processing with lasers is standard. This ranges from marking of wafers and marking and separating of completed components to defect analysis. Besides silicon, metallic materials (lead frames and housings) and plastics, especially epoxy resins of grouting materials are processed.
                                                                  • Add-on Laser components

                                                                      • 3D Laser Marking

                                                                      • Perfect laser marking of free-form surfaces

                                                                        ROFINs software comes with an integrated module, which offers distortion-free parallel projection of marking contents onto free-form surfaces. Parallel projection ensures geometrically correct marking layout reproductions even on curved or irregular shaped surfaces. Dimensional variation or distortion are a matter of the past. The software incorporates a 3D correction filed when preparing the data for the laser marking process
                                                                         
                                                                        • 100% correct geometry reproduction
                                                                        • no dimensional Variation or distortion
                                                                        • arbitrary free form surfaces are possible
                                                                        • fully automatic correction
                                                                      • Vision-Systems

                                                                      • When the marking of a workpiece requires high precision accuracy, the ROFIN laser markers with their vision-system are the ideal tool of choice. Even without preliminary orientation process, they ensure a maximum of precision when positioning the marking onto the workpiece
                                                                         
                                                                        • Short process cycle times
                                                                        • Highest positioning accuracy
                                                                        • Different versions for smaller and larger work pieces
                                                                        • Available with all individually configurable ROFIN laser marker
                                                                      • Marking-on-the-fly

                                                                      • Laser marking of moving workpieces

                                                                        For marking of workpieces in motion, ROFIN offers an especially developed solution which guarantees highest quality and processing speeds. The marking “on-the-fly” can be used for linear movements as well as for rotary axes. In the latter case, the marking is applied on the surface tangentially without any distortion. The encoder signal for the position-/motion adjustment is processed in real time, taking in consideration changes of the processing speed.
                                                                         
                                                                        • High process efficiency without waiting times
                                                                        • Excellent marking results
                                                                        • Available with every individually configurable ROFIN laser marker
                                                                        • Broad field of applications in a wide range of industries
                                                                    • Manual Welding Lasers

                                                                    • Solutions from ROFIN – The Pioneer and Market Leader Worldwide

                                                                      Manual laser welding systems from ROFIN - the pioneer and market leader worldwide -combine the excellent quality of laser welded joints with easy handling and fast operational readiness. Spot and seam welds with a preciseness within the micron range within minutes can be created within minutes - also in complicated areas. The rule of thumb is: you can weld what you can see. Experienced users can create very fine workpieces with the manual welder at an unmatched accuracy and precision and cannot be achieved with any other method.
                                                                        • Desktop

                                                                        • Compact Tabletop Laser for Manual Welding

                                                                          Desktop is the all-purpose and value-for-money compact tabletop laser system for manual welding. It was designed for the specific demand in laboratories, workshops and institutes and is hence the ideal system for the entry into laser technology. The Desktop is ergonomically optimized and can be placed on any desk. The air-cooled system requires only a one-phase power supply.
                                                                        • Performance

                                                                        • Smarter, simpler, stronger

                                                                          The new Performance is clever – it takes advantage of welding intermissions for workpiece handling. The new SPEEDmodeTM increases the maximum pulse frequency significantly and uses work breaks for reloading. During longer intermissions the system switches to the energy saving ECOmodeTM.
                                                                        • Select

                                                                        • All-purpose Laser Welding Workstation

                                                                          The Select is a fully integrated system: ergonomically optimized manual welding laser, joystick controlled deposit welding system or high-precision CNC system – a unique welding concept with four high-precision axes, short setup times and easy CNC programming.

                                                                          As much automation as you want, with the minimal complexity you need. All parameters can easily be adjusted without any special know-how via a multi-functional joystick and large color touch-screen.
                                                                        • Integral

                                                                        • The Laser Welding System for Large and Heavy Workpieces

                                                                          The Integral features the same integrated user concept as the Select, CNC control and all technical innovations. Its xy table moves workpieces with a maximum weight of 500 kg fast and very precisely. The working chamber provides space for objects with an edge length of up to 500 mm. As an option, the Integral can be made an open system laser class IV workstation and therewith can hold very large workpieces.
                                                                           
                                                                          • SweetSpot
                                                                          • Micro Weld option
                                                                          • Touch screen
                                                                          • TrackMode, V-Track
                                                                          • Synchronized seam welding
                                                                          • Simple seam programming
                                                                          • Optics can be swivelled
                                                                          • Leica microscope
                                                                          • Camera viewing system as an option
                                                                          • Integrated exhaust
                                                                          • Large working chamber with manual ports
                                                                          • Integrated exhaust
                                                                          • Integrated water/air cooling, designed for 24/7 operation
                                                                      • Laser Systems

                                                                      • From Turnkey Laser Systems to Customized Complete Solutions

                                                                        For more than three decades ROFIN have been developing not only laser sources but also customized complete solutions for most different applications such as laser welding systems, laser cutting systems, laser marking systems and various other laser system solutions.
                                                                        Laser technology, mechanical engineering, software and process development are the decisive key disciplines for product quality, functionality and cost-efficiency. Complete solutions from ROFIN are solutions from a single source.
                                                                          • Laser Welding Systems

                                                                          • Systemized Laser Welding

                                                                            Spot, circle, wave or quilting weld seams - ROFIN provides intelligent system solutions for numerous 2D and 3D welding applications.

                                                                            ROFIN laser welding systems cover a wide range: modern remote welding systems, ergonomically optimized manual welding lasers, joystick-controlled deposit welder and also high-precision CNC systems. Depending on the customers' requirements, the lasers work on a automatic, semi-automatic or manual basis. Every system has a fully integrated, ergonomic and innovative user concept.
                                                                              • ROFIN PWS

                                                                              • Laser Welding of Tubes and Profiles

                                                                                The PWS is a complete laser welding system with integrated process sensors for gap recognition and seam tracking.
                                                                              • ROFIN SWS

                                                                              • 3D Scanner Welding on the Fly

                                                                                The Scanner Welding System (SWS) is a fast beam deflection system used for robotically guided multi-spot welding and is an ideal system solution for the ROFIN fiber laser series.
                                                                              • MPS-Family

                                                                              • The multi-purpose laser workstation

                                                                                According to your requirements the MPS Family offers the ideal laser workstation for various material processing processes.

                                                                                4 different workstations with integrated laser source, various modules and motion systems (up to 5-axis configuration) offer ideal prerequisites for customized applications in classical laser cutting, welding, structuring and drilling tasks as well as for numerous high precision ultrashort pulsed applications.

                                                                                Small footprint, huge working chamber, flexible processes or with rotary table: the MPS Family complies with your individual requirements from basic configurations to high-end solutions.
                                                                              • MPS 3D

                                                                              • New Dimensions in Material Processing

                                                                                The system solution for complex 2.5 D and 3D material processing integrates laser sources, axis modules and control units in a compact housing.
                                                                              • PWS Mini

                                                                              • The table workstation PWS Mini offers the user a wide range of applications in an extremely compact size yet still with optimum work comfort. The laser beam is provided at the workplace using optical fibers.
                                                                                 
                                                                                • Travel distances X and Y axes 15 mm
                                                                                • Travel distance Z axis 75 mm
                                                                                • Processing head on manual feed axis, 25 mm
                                                                                • Manual slide axis (+/-90°) for fiber optic processing head
                                                                                • Rotary axis with pneumatic clamping device (optional)
                                                                                • Each axis with DC Servo drive and encoder, resolution X and Y-axis 0.0127 mm (0.0005"), Z axis 0.0254 mm (0.001")
                                                                                • Linear axes, accuracy 0.025 mm/300 mm
                                                                                • Programming via G and M functions• CAD/CAM software (optional)
                                                                                • PC control, software, and interface for all laser functions, incl. laser parameters
                                                                                • Video viewing (option)
                                                                                • Laser protection cabin with automatic door (laser class 1), or without (laser class 4)
                                                                                • Electrical connection 115 V or 230 V
                                                                            • Laser Cutting Systems

                                                                            • Application-specific Optimized Complete Laser Solutions

                                                                              Laser cutting systems from ROFIN comprise very specialized solutions for cutting medical implants to highly flexible all-purpose platform solutions like the Cube. All systems have a complete solution design. Depending on the application, you can chose from ROFIN's wide range of laser sources to be integrated into the complete solution. High precision CNC controlled axes and a high performance, flexible control concept are the basis for customized optimized solutions for manual to fully automated manufacturing.
                                                                                • StarCut Tube Family

                                                                                • High-precision Laser Cutting Systems with High Throughput Rates

                                                                                  Up to 50 % higher throughput with faster axes and more dynamic motion system
                                                                                  Workpiece removal even during the cutting process
                                                                                  The up to 4-axes CNC laser cutting systems are the solution for fully-automated cutting of tube and flat material, especially for medical instruments and implants like stents and other high-precision parts. Frequently, the systems allow to reduce numerous mechanical machining steps into a single laser processing routine.
                                                                                • MPS-Family

                                                                                • The multi-purpose laser workstation

                                                                                  According to your requirements the MPS Family offers the ideal laser workstation for various material processing processes.

                                                                                  4 different workstations with integrated laser source, various modules and motion systems (up to 5-axis configuration) offer ideal prerequisites for customized applications in classical laser cutting, welding, structuring and drilling tasks as well as for numerous high precision ultrashort pulsed applications.

                                                                                  Small footprint, huge working chamber, flexible processes or with rotary table: the MPS Family complies with your individual requirements from basic configurations to high-end solutions.
                                                                                • MPS 3D

                                                                                • New Dimensions in Material Processing
                                                                                  For 3D material processing


                                                                                  The system solution for complex 2.5 D and 3D material processing integrates laser sources, axis modules and control units in a compact housing.

                                                                                  This system stands out for its flexibility and is ideal for a wide range of automated material processing with 4 or 5-axis system involved for laser welding, laser cutting, laser drilling and laser structuring. The spacious working chamber with its pneumatic door provides enough space for multi-axis laser material processing, also for bulky workpieces.
                                                                                • PWS Mini

                                                                                • Compact laser workstation

                                                                                  The table workstation PWS Mini offers the user a wide range of applications in an extremely compact size yet still with optimum work comfort. The laser beam is provided at the workplace using optical fibers.
                                                                                   

                                                                                  Typical Applications
                                                                                  The table workstation PWS Mini is particularly suitable for processing small, precise items, for example, typically those found in medical device, dental, electrical and computer technology, in electronics and precision engineering. The PWS Mini can be used for both spot and seam welding.
                                                                                   

                                                                                  • Technical Data
                                                                                  • Travel distances X and Y axes 15 mm
                                                                                  • Travel distance Z axis 75 mm
                                                                                  • Processing head on manual feed axis, 25 mm
                                                                                  • Manual slide axis (+/-90°) for fiber optic processing head
                                                                                  • Rotary axis with pneumatic clamping device (optional)
                                                                                  • Each axis with DC Servo drive and encoder, resolution X and Y-axis 0.0127 mm (0.0005"), Z axis 0.0254 mm (0.001")
                                                                                  • Linear axes, accuracy 0.025 mm/300 mm
                                                                                  • Programming via G and M functions• CAD/CAM software (optional)
                                                                                  • PC control, software, and interface for all laser functions, incl. laser parameters
                                                                                  • Video viewing (option)
                                                                                  • Laser protection cabin with automatic door (laser class 1) or without (laser class 4)
                                                                                  • Electrical connection 115 V or 230 V
                                                                              • Multi-Purpose Systems

                                                                              • Our multi-purpose systems are laser workstation for a very wide range of semi-automated laser material processing applications.

                                                                                Designed as an all-in-one system these workstations integrate laser sources, motion modules and controlling units in one housing. Laser welding, cutting, drilling as well as marking, structuring and other applications - the flexible and modular concept allows tailor-made and economic solutions. The integration in fully automated production sites is possible.
                                                                                    • MPS-Family

                                                                                    • The multi-purpose laser workstation

                                                                                      According to your requirements the MPS Family offers the ideal laser workstation for various material processing processes.

                                                                                      4 different workstations with integrated laser source, various modules and motion systems (up to 5-axis configuration) offer ideal prerequisites for customized applications in classical laser cutting, welding, structuring and drilling tasks as well as for numerous high precision ultrashort pulsed applications.

                                                                                      Small footprint, huge working chamber, flexible processes or with rotary table: the MPS Family complies with your individual requirements from basic configurations to high-end solutions.
                                                                                • Web Material Processing

                                                                                • Perforation and Scribing for Selective Weakening

                                                                                  These laser systems were especially developed for high-speed web-processing. Major application are selective weakening of individual layers in multi-layer material and perforation, in particular of packaging films. The scribing speeds can also be achieved in high-volume applications combined with high process stability.
                                                                                    • StarPack Laser Family

                                                                                    • Optimized Solutions for Converters

                                                                                      The StarPack laser systems selectively weaken the individual layers of packaging material (Easy Opening) or perforate tiny holes for providing a modified atmosphere in the packaging (Controlled Atmosphere Packaging). These layers cover web direction and cross-web direction applications as well as specific applications like simultaneous processing of pouches from both sides. The possible integration of many different laser sources and processing heads provides for high flexibility and sufficient power even for lage batch production.


                                                                                       

                                                                                    • PerfoLas Series

                                                                                    • High Performance Perforation with Optical Beam Multiplexer

                                                                                      PerfoLas systems work with an optical beam multiplexer and are thus ideally suited for applying an enormous amount of perforated holes in quite regular patterns on narrow web widths.
                                                                                  • Needle Drill System NA

                                                                                        • Needle Drill System NA

                                                                                        • The needle drill system NA was developed to drill precise blind holes using a single pulse with an aspect ratio of up to 1:30. Their main application is the production of medical needles with a productivity rate of up to 5 needles per second.
                                                                                    • Laser and laser systems for Photovoltaics

                                                                                    • Working closely with our clients and partners we have established great expertise for laser application in PV manufacturing. ROFIN is the only supplier worldwide offering the complete range of lasers and laser systems for processing solar cells and thin film modules.
                                                                                        • Dual Line c-Si

                                                                                        • The Dual Line c-Si™ laser processing for applications as PERC processing, laser fired contact, selective emitter doping, metal wrap through cell (MWT) drilling and scribing of edge isolation / cutting of wafers. Initially launched over 3 years ago, the Dual Line c-Si™ laser processing system has already been installed at multiple leading PV manufacturer’s facilities worldwide that are focused on solar cell efficiency gains and higher productivity with low production costs.
                                                                                        • R&D Workstations in PV

                                                                                        • Complete your lab process and improve your process performance with ROFIN R&D laser systems

                                                                                          System for process evaluation in your lab: From compact and easy to start scanner deflection head solutions to highly accurate NC controlled R&D systems.
                                                                                      • Laser systems for semiconductor industry

                                                                                      • In the semiconductor production the material processing with lasers is standard. This ranges from marking of wafers and marking and separating of completed components to defect analysis. Besides silicon, metallic materials (lead frames and housings) and plastics, especially epoxy resins of grouting materials are processed.
                                                                                        Our laser systems are specialised to meet the partially extreme demands on highly specialized processes in the semiconductor production.
                                                                                          • Waferlase 200/300/450

                                                                                          • For IGBT Annealing and Wafer Marking

                                                                                            The new laser wafer processing system Waferlase® 200/300/450 is the industrial turnkey solution for front-end-of-line (FEOL) processing for the SEMI industry.
                                                                                          • Waferlase ID

                                                                                          • Extreme Demands on Speed and Precision

                                                                                            Waferlase ID systems are designed to meet the most stringent requirements of silicon wafer marking, assuring traceability ón the manufacturing process of semiconductor devices.
                                                                                             
                                                                                            • small footprint
                                                                                            • open-cassette
                                                                                            • low-maintenance
                                                                                            • fault-free operations suitable for clean-room environments
                                                                                            • field proven beam steering electronics for high accuracy and repeatability
                                                                                            • dual-arm wafer-swapping Pick-n-Place robot with electronic pre-aligner
                                                                                               
                                                                                            • Dimensions (W x D x H) [mm]: 1270 x 1600 x 2151
                                                                                            • Weight: 820 kg
                                                                                            • Laser: Solid State diode pumped at 1064 nm, 532 nm and 355 nm
                                                                                            • optional Sealed-off CO2 at 10600nm
                                                                                        • Processing Heads

                                                                                              • Processing Heads

                                                                                              • LASAG offers many different processing heads for hard optic and fiber optic beam delivery, as for example he BAK 4 processing head, the CBS scanner or the new BAK MC.
                                                                                          • Applications

                                                                                          • Lasers provide solutions

                                                                                            Focusing on the manifold applications of laser systems in industrial production, ROFIN offers intelligent solutions for a broad range of applications in the field of laser material processing.
                                                                                            Either for laser cutting, laser welding, laser marking or for surface treatment – the laser beam sources from ROFIN can be applied in various fields of application. To satisfy the growing variety of applications, ROFIN keeps ready a broad technological spectrum and excellent know-how for increased performance and efficiency.
                                                                                              • Laser Cutting

                                                                                              • Laser cutting and laser fine cutting are applied for different kinds of materials where complex contours demand precise, fast and force-free processing. Lasers create narrow kerfs and thus achieve high-precision cuts. This method does not show any distortion and in many cases post-processing is not necessary as the component is subject to only little heat input and can mostly be cut dross-free.

                                                                                                Almost all kinds of metals can be laser cut: mild steel, stainless steel and aluminum are the most common applications. Other laser cut parts are made from wood, plastics, glass and ceramics. Compared to alternative techniques like die cutting, laser cutting is cost-efficient already for small-batch production. The big benefit of laser cutting is the localized laser energy input providing small focal diameters, small kerf widths, high feed rate and minimal heat input.
                                                                                              • Laser Welding

                                                                                              • The laser beam welding is mainly used for joining components that need to be joined with high welding speeds, thin and small weld seams and low thermal distortion. The high welding speeds, an excellent automatic operation and the possibility to control the quality online during the process make the laser welding a common joining method in the modern industrial production.
                                                                                                The application range covers finest welding of non-porous seams in medical technology to precision spot welding in electronics or the jewelry industry, to deposit welding in tool and mold-making and welding complete car bodies in automobile construction.
                                                                                                However, new and efficient production processes are often not possible without the advantages of laser technology. Thus, diverse sheet thicknesses and qualities are turned into tailored blanks by welding and resistance spot welding is 2480d by laser seams.
                                                                                              • Laser Soldering and Brazing

                                                                                              • When it comes to soldering, one generally speaks of a substance-to-substance bond. Soldering involves melting an additional material that has a considerably lower melting temperature than the material to be joined by using laser light. The material of the parts themselves is not melted, like it is the case in the laser welding process. The soldering process is characterized by the use of a fill metal (solder) which is melted to fill the bonding gap and which acts as a wetting agent in the soldering process.
                                                                                                Copper-zinc (brass) or tin alloys, for instance, are used as a solder material. The solder material is added as a wire during the process, but can also be applied as a soldering paste.
                                                                                                It can be differentiated between brazing with melting temperatures > 450°C and soldering with temperatures < 450°C. The brazing process requires higher laser powers and is mainly used within the automotive industry, for example for the joining of sheet metal blanks of automotive body parts, whereas soldering is often used within the semiconductor or electronic industry.
                                                                                              • Laser Marking

                                                                                              • Durable Markings with High Contrast

                                                                                                The laser marks virtually all metals and plastics and various other materials with high contrast and without adding any undesirable substance. In most cases the typical physical effect of the laser marker induces a color change within the material so there is no surface modification by corrugations or burrs. Different marking methods and laser sources (solid state and CO2) are used, to achieve the best results on every type of material.

                                                                                                Flexible and On-the-fly

                                                                                                Independent of material and marking method, laser marking offers almost unlimited possibilities in terms of marking contents and shape. The flexible, software-controlled process allows individualized marking contents as well as on-the-fly marking of moving workpieces....more
                                                                                              • Laser Perforating

                                                                                              • Up to 480,000 Holes per Second

                                                                                                Lasers, especially high-frequency excited, fast modulating CO2 lasers with extraordinary power stability, are especially suited for perforating paper or plastic foils. Usually, web material is processed at winder systems at high speeds of up to 700 m/min. With laser perforating hole diameters ranging from 50 - 400 microns can be achieved. Highly sophisticated systems like the ROFIN PerfoLas provide perforating speeds of up to 420,000 holes per second.
                                                                                              • Laser Drilling

                                                                                              • Blind and Through-Going Drilling

                                                                                                High flexibility and high speeds are the big benefits of laser technology when it comes to drilling of blind and through holes. As with cutting, there are two different laser processes for micro drilling: fusion drilling with pulsed lasers and external gas support, and vaporization-induced melt ejection as realized with q-switched solid-state lasers, for instance.
                                                                                                Chosing the appropriate wavelength and power density of the laser beam, practically all solid materials (metals, semiconductors, plastics, ceramics, diamonds) can be laser drilled.

                                                                                                Various Techniques for Laser Drilling

                                                                                                Pulse drilling of blind holes whith a depth of some microns is used for selective roughening of surfaces for gluing and coating processes. For through holes in small workpiece thicknesses, single-pulse processes can be used. For thicker materials percussion drilling is first choice and with which the required depth can be achieved by applying several laser pulses. For large diameters trepanning drilling, a combined drilling-cutting process, or the multi-pass method are used.
                                                                                              • Laser Structuring

                                                                                              • Precise, local ablation of thin layers of material is finding its way into many different areas of industrial production. Depending on the material the respectively suited laser is employed. Wavelength and pulse width are crucial factors. For plastics, the most commonly used lasers are CO2 or frequency converted solid-state lasers are used. Metals and semiconductors are processed with q-switched solid-state lasers in fundamental wavelength.
                                                                                              • Surface Treatment

                                                                                              • Apart from the classical techniques of laser cutting and laser welding, lasers are used for surface treatment.

                                                                                                Surface treatment is a collective term for applications where the laser radiation does not penetrate the material very deeply. This type of surface treatment is characterized by the fact that it changes the mechanical properties of an existing component.