This laser's unique wavelength can increase processing efficiency with certain plastic films, polymers, and water, plus some of the dielectrics and copper oxides used in PCBs, and also enables smaller focused spot sizes to yield higher resolution.
These low power (<150 W) CO2 lasers combine superior optical performance with high reliability, exceptional stability, long operational lifetimes, and a modular design for easy serviceability, making them a worry-free, cost-effective choice for OEMs.
This laser offers a unique blend of compact size, exceptional output characteristics (high peak power, fast rise/fall times, 200 kHz repetition rate), and numerous features for easy field service that make it an ideal choice for systems integrators.
Combines power, excellent beam quality, and nearly square wave pulses for high processing efficiency and speed. With small heat affected zone, plus compact, fully sealed, slab discharge construction for enhanced reliability and low cost-of-ownership.
CO2 slab lasers deliver greater reliability, higher output consistency, and minimal gas consumption due to diffusion cooling compared to the fast flow construction traditionally utilized in Multi-kW CO2 lasers.
The HighLight FL series employs a unique multi-stage back reflection immunity system to enhance reliability and lifetime, and enables safe processing of highly reflective materials, including brass, copper, and aluminum.
Coherent Adjustable Ring Mode (ARM) fiber lasers utilize a unique center/ring beam. Totally independent power and modulation control of these two beam components enables highly precise energy delivery for enhanced capabilities and improved results.
The high output power and large beam lengths of these lasers enable high-deposition rate cladding and additive manufacturing, plus heat treating.
These lasers combine high output power, the convenience of fiber delivery, and numerous optional accessories to make it easy to configure for specific tasks. Plus, their conduction-cooled diodes do not require deionized cooling water.
Easily implement laser materials processing with our small, turnkey, fiber-coupled systems that integrate a diode source with all the required power and cooling equipment, featuring single-phase power requirements.
UW workstations are flexible and economical multi-axis machines offered in either a closed (Class 1) format or open (Class 4) for very large parts. They are available in three footprints with options such as a rotary table and heavy (45 kg) part handling.
These systems combine a Nd:YAG or fiber laser, laser-safe work chamber, microscope viewer, easy-to-use interface, and optional rotation or CNC axes into a compact package. They enable spot and seam welds to be produced quickly, at micron level precision, even by inexperienced users.
Four MPS systems  Compact, Flexible, Rotary, Advanced  provide complete versatility with a choice of multiple different beam scanning modules and several multi-axis part motion options. Available with a broad range of laser types and power outputs
META Series are complete, standalone tools offering a unique combination of small physical size, low operating cost, ease-of-use, exceptional reliability, and high operational versatility. Easy setup and fast cutting deliver economical production.
With a mineral cast cutting base, StarCut Tube L 600 and StarCut Tube SL offer the ultimate in precision, with contour cutting accuracies better than +/- 5 µm. A choice of fiber laser or the latest Monaco USP laser enables fine cutting of any polymer or metal.
Genesis CX provides TEM00 output up to 10 W visible or 250 mW UV, for semiconductor inspection, holography, flow cytometry, and microscopy.
Genesis MX MTM provides low M2 output up to 10 W at wavelengths from 460 to 1154 nm, for medical applications, bio-instrumentation, and imaging.
Genesis MX STM and SLM provide TEM00 output up to 2 W of visible output, for semiconductor inspection, holography, and bio-instrumentation.
CUBE lasers are designed for easy setup and simplified use. CUBE deliver the most power, stability, and performance, together with the best value. They support analog, digital, and mixed modulation modes. Ideal for OEMs, plus CDRH safety features support laboratory use.
The leading choice for OEM instrumentation and lab use with >50,000 installed in the field. Applications include flow cytometry, confocal microscopy, DNA sequencing, high throughput screening, Raman spectroscopy, interferometry, inspection, metrology, and more.
The Verdi series features OPSL models ideal for semiconductor inspection, annealing, and Ti:S pumping. It also includes SLM single-longitudinal mode OPSL and DPSS lasers for interferometry/holography and ultra-low noise applications.
Coherent leverages over 50 years of experience in ion lasers to provide a range of systems that deliver long tube lifetime, high stability, and exceptional reliability, combined with automation capabilities for ease-of-use and enhanced productivity.
StingRay is a high-performance top-hat-profile laser with a choice of fan angles to create the line you need. BioRay is a Stingray with an included heat sink and mounting plate for life science applications, with an elliptical beam output and adjustable focus.
The tiny VLM style modules are fully featured robust systems. The head includes precision aligned, high-quality glass optics, plus a photodiode and feedback electronics to control the power. The ULN modules eliminate mode-hops and deliver
SureLock diode laser modules deliver superior optical stability. They enable affordable, portable, instrument-quality performance for diverse applications. They are available in a wide range of wavelengths, power levels, and form factors.
CUBE lasers are designed for easy setup and simplified use. CUBE deliver the most power, stability, and performance, together with the best value. They support analog, digital, and mixed modulation modes. Ideal for OEMs, plus CDRH safety features support laboratory use.
Deepest excitation of all fluorescent probes & label-free modalities. Phase-locked second beam and octave spanning (660 to 1320 nm) tuning range benefit Raman techniques and ultra-fast spectroscopy applications. Built-in Fast Power Control (TPC) available.
Tasks as diverse as cutting and drilling of metals, semiconductors, plastics, organics, glass, sapphire, ceramics, and composites all benefit from the output characteristics, pulse control capabilities, reliability, and stability of this laser.