Polytec manufactures a wide range of laser vibrometers that are the acknowledged gold-standard for non-contact vibration measurement. No matter what your measurement needs are in research, development and production or even for long-term monitoring, there is a Polytec system that provides the answer. Laser-Doppler vibrometers analyze samples of different size, from entire car bodies, large aerospace parts over engines and actuators to micron-sized MEMS or biomedical specimen and components.
Numerous research applications in mechanical and civil engineering, biology and medicine benefit from testing and measuring with non-contact vibrometry. Polytec laser vibrometers easily master challenging conditions like measuring on hot surfaces, on rotating parts, and characterize complex and sensitive structures even in the ultrasonic frequency range. Polytec laser vibration sensors help to solve your measurement task fast and precisely.
Inspired by the rapid further development of microelectromechanical systems and MEMS, Polytec presents this highly innovative product line of microscope-based measurement systems. MSA Micro System Analyzers from Polytec validate dynamics and topography of microsystems reliably with utmost precision whether in the Kilohertz range, at several Megahertz or up to the Gigahertz range. Determine transfer functions, use unique all-in-one instruments for both the static and dynamic 3D characterization of microsystems, measure and see through Si encapsulations and integrate your test-setup into (vacuum) probe stations.
Data acquisition, visualization and evaluation form the very essence of Polytec vibration analysis tools. And for this very purpose, Polytec also offers high-performance software packages for instrument control, data acquisition and data processing that enable users to represent measuring results in an intuitive and animated way and to exchange vibration test data with external software for the purpose of experimental modal analysis or FEM calculation, for example.
Every application has its own measurement challenge. Here, the application-oriented setup and accessories make the difference, making metrology become a complete solution. For Polytec designers and engineers, comfort and flexibility are values with high priority, to make your Polytec vibromters work in any situation you need.
In the production of strip material and continuous material, and piece goods, for example in steel or paper mills, knowing the exact strip length and the current velocity is essential for keeping costs low and optimizing quality and yield. ProSpeed® LSV Laser Surface Velocimeters from Polytec are optical sensors for the precise in-line monitoring of length and speed in production processes. ProSpeed® LSV laser sensors enable reliable process control based on laser-precise measurement of length and speed as integral part of the production line. Due to its non-contact measuring principle, Polytec laser velocimetry detects forward or backward motion, speed ad standstill condition without influencing the produced material, resulting in a highly robust metrology, providing stable measurement data even in very harsh production environments. LSV Laser Surface Velocimetry is the length and speed sensor technology that impresses with the highest precision for reliable production control, high robustness and low maintenance.
The ProSpeed® LSV-2100 optical sensor determines the direction of motion and standstill conditions with laser precision. It measures reliably even under harsh production conditions with large working distances up to 3 m. Due to the non-contact measurement principle, these laser sensors eliminate common problems of traditional contact-wheel measurement methods such as damage to delicate surfaces, slippage and thermal expansion and work on almost any surface.
Precise speed and length measurements are critical for controlling the production of continuous materials, sheet materials and piece goods. ProSpeed® – the next generation LSV Laser Surface Velocimeters – optimize production processes by providing reliable measurements and increase the output worldwide in the metals, cable and converting industries.
The ProSpeed® LSV-2100 optical sensor determines the direction of motion and standstill conditions with laser precision.
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The ProSpeed® LSV-1100 optical sensor measures in forward direction with laser precision. It measures reliably even under harsh production conditions with working distances up to 1.5 m. Due to the non-contact measurement principle, these laser sensors eliminate common problems of traditional contact-wheel measurement methods such as damage to delicate surfaces, slippage and thermal expansion and work on almost any surface.
Precise speed and length measurements are critical for controlling the production of continuous materials, sheet materials and piece goods. ProSpeed® – the next generation LSV Laser Surface Velocimeters – optimize production processes by providing reliable measurements and increase the output worldwide in the metals, cable and converting industries.
ProSpeed® LSV-1100 Laser Surface Velocimeters determine length and speed in forward direction reliably even in harsh production environments
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For characterizing precision-manufactured and functional or sophisticated surfaces in detail and 3D, it requires measurement technology that is reliable, fast and precise. Guaranteeing functionality and detecting defects at an early stage avoids unnecessary cost and increases the overall product quality and lifetime. TopMap from Polytec addresses surface metrology applications with innovative, high-precision, non-contact optical technology that works on rough, smooth and stepped surfaces. White-light interferometers of the TopMap sensor family are established optical quality inspection tools for the controls laboratory, in production environments or in-line.
Whether form parameters, step-height, roughness or texture, on precision mechanics, optics or microstructures - TopMap surface metrology measures it!
TopMap Micro.View® is an easy to use and compact optical profiler. Choose Micro.View® as the cost-effective quality control solution for surface analysis of precision-engineering, for inspecting roughness, microstructures and more surface details.
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TopMap Micro.View®+ is the next generation optical surface profiler. Designed for modularity, this comprehensive workstation allows for customized and application-specific configurations. The Micro.View®+ delivers the most detailed analysis of surface roughness, texture and microstructure topography. Combine 3D data with color information for amazing visualizations and extended analysis like detailed documentation of defects. The high-resolution 5 MP camera delivers incredibly detailed 3D data visualization of engineered surfaces.
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The TopMap Pro.Surf quickly, reliably and precisely determines form deviation. TopMap Pro.Surf, the high-end solution, is ideal for measuring precision-made surfaces – in the metrology chamber, close to production or even right on the production line thanks to a high level of repeatability. The TopMap Pro.Surf offers the customized solution for all surface characterization requirements using parameters such as flatness, step heights and parallelism. All in all, the spatial resolution, the telecentric optics and the outstanding speed and performance cut a very impressive figure indeed.
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The all-in-one 3D optical surface profiler from Polytec. The precision of a white-light interferometer, complemented by chromatic confocal sensors to overcome form deviations and any roughness determined with one device. Pro.Surf+ measures topography over a large area and, in so doing, characterizes structures with nanometer resolution.
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Being a complete measuring station, the TopMap Metro.Lab is ideally suited to large-area topographies on almost all surfaces. Since it offers great value for money, it is also attractive for smaller companies with fewer tasks.
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Our mission is to provide intuitive and efficient measurement systems. Based on this promise, our comprehensive measurement and analysis software enables easy filtering and analysis of your measured data. For the automated analysis of routine measurement tasks, the open software architecture also offers application-specific and user-configurable interfaces. Any more questions? The TMS report packages expand the large range of functions of the TMS Software, allowing convincing briefings and vivid presentations.
See this new package of smart features for quality control (QC) tasks! Now available for TopMap 3D surface profiling systems, supporting surface inspections especially in challenging industrial environments.
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Especially for close-to-manufacturing applications where multiple samples are handled, the software module QC Operator Interface guides the operator and greatly simplifies quality control (QC) of precision surfaces.
The QC Operator Interface is a software module especially designed for the needs of quality control (QC). By selecting predefined "measurement recipes”, you measure complex samples with ease and conduct routine surface inspections very quickly. Engaging this autopilot for quality assurance especially helps unexperienced operators.
Both data acquisition settings (e.g. measurement position, illumination settings, camera parameters) and evaluation parameters (e.g. post-processing steps, visualization possibilities, export options) are saved as "recipes". The measurement results are evaluated and tolerances are checked completely. Conduct pass-fail analysis for each parameter. The software comes with extensive export functions allowing to export sample specific parameters with serial number in QS-Stat, PDF and ASCII format.
The TMS Software for Polytecs topography measurement systems of the TopMap series offers a wide range of features and options for quick and easy routine measurements but also for your extensive and detailed surface analysis.
Are you looking for a convenient way to quickly share your measurement results with your colleagues and project partners? TMS Viewer is the viewing tool for TopMap measurement systems, in case the full version of TMS Software is not installed.
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Polytec Update is a software tool that provides your Polytec products with the latest software releases and hotfixes. Polytec Update therefore always keeps you posted when there are updates for your Polytec measurement or desktop software – to ensure reliable measurement results and smooth working with Polytec products.
Supplies your Polytec software with the latest updatesPolytec Update is a software tool that provides your Polytec products with the latest software releases and hotfixes. Polytec Update therefore always keeps you posted when there are updates for your Polytec measurement or desktop software – to ensure reliable measurement results and smooth working with Polytec products.
This technology area is by far the most diverse of all of Polytec’s areas of expertise – both with regard to the technology and the products. It ranges from optical, electro-optical and electrical measurement technology for use in the laboratory, field and production, to optical sources across all spectral ranges for an extremely wide range of applications.
And, nevertheless, we are still experts in every single area. Because, for each of the numerous product fields, we have consulting engineers who devote all their energies to that one specific area. These experts and the ideal service technicians have a wealth of experience and detailed knowledge which even some manufacturers are envious of. Place your trust in 50 years of experience and knowledge.
The product areas of optical systems at Polytec are as diverse as the optical technologies themselves. When selecting the portfolio, we place particular emphasis on high-quality products and try to cover the broadest possible range of applications. Often, different optical technologies come into question for an application that you may not have even thought of. Talk to us and we will find the best possible solution for your application. And if there is no suitable standard product, we will be happy to implement a customer-specific solution according to your specifications.
Xiris systems use high-resolution laser-based 3D imaging system technology and fast data acquisition and analysis rates to enable real-time detection of welding defects up to 0. 015 mm in size.
These systems are used for precise 3D inspection to detect quality problems in forming and welding processes in pipe and profile rolling mills.
The production of welded pipes and lines requires the monitoring of several key parameters to ensure efficient, stable production and to meet quality requirements. Measurement/monitoring is the first step to control these parameters and improve welding quality.
Defects investigated include mismatch, undercut, sunken welds, bead height, deflection, etc.
DIC systems (digital image correlation) can be used very flexibly regardless of the shape, temperature and size of the measuring object and can measure strains in the microstrain range (sub-micrometers) using microscope optics, as well as strain factors of several 100%, or even extreme measurement rates with high-speed cameras. Using the method of digital image correlation (grey value correlation, near-field photogrammetry), they can be used for both 2D and 3D applications. Typical applications from industry and research are motion and deformation analysis, material characterization, component testing and photogrammetric measurements. Measurements include tensile, compressive and bending tests, impact and pressure wave analyses, crack detection, fluid-structure interaction, fatigue analysis and under-surface defect detection.
Polytec offers two 3D DIC systems that complement each other perfectly:
Polytec offers UV systems and components for industrial and research applications in different technologies - from pulsed or continuous LED lights, arc or gas discharge lamps to UV-sensitive industrial cameras.
At Polytec, fiber-optic measuring technology is split into two fields: “fiber-optic sensing technology” and “optical telecommunication / fiber-optic measuring devices”.
Fiber-optic sensor systems use specific optical properties of materials – and often even the fiber itself – to measure physical variables such as temperature, strain or vibration. Extremely flexible solutions can be created in this regard: they range from the single-point measuring system, over individually defined spots along the fiber, to continuously measuring systems with a resolution of 1 mm across optical fibers that run for kilometers. A single fiber weighing just a few grams can therefore contain thousands of sensors and serve as a signal path at the same time. Because light is used as the transmission medium in the glass fiber, applications that remain off-limits to electrical sensor technology – such as in HF and microwave fields, high-voltage environments, potentially explosive atmospheres, chemically aggressive environments and much more besides – are indeed a possibility.
Polytec covers a very wide range of cameras with its portfolio. These include all kinds of industrial applications, as well as research and development.
The wavelength range in this regard extends from UV, over the visible range, to far into the infrared range. Polytec provides you with all the relevant camera systems to complete a wide range of tasks: from simple machine vision sensors to the hyper-spectral camera system for remote sensing, and from the simple line sensor to the high-speed video camera.
The development and advances in semiconductor technology are based on the constant refinement of semiconductor structuring and ongoing improvements to the necessary measuring technology. Thanks to its many years of experience, Polytec is able to provide you with extensive advice in the field of semiconductor and photovoltaic measuring technology.
Decades of experience in consulting and service forms the foundation of Polytec’s expertise in the field of optical infrared radiation measurement technology. Used to qualify and characterize optical and electronic components, the products can be found in research and development, production, quality control and service – either in laboratory or field use. The product spectrum ranges from individual components and sub-systems to complete electro-optical test and simulation systems. These also include testing and simulation tasks in both the visible and the ultraviolet spectral range.
Process analytics is used to optimize the production process, to ensure consistent product quality and, last but not least, to meet environmental requirements. The objective in this regard is to improve product quality and enhance efficiency with a view to reducing costs, saving time and cutting emissions. Automated real-time control allows for controlled interventions to be made even during the product manufacturing process. Costly and time-consuming faulty production operations are prevented as a result.
Process analytics can be used throughout the entire production chain: when inspecting incoming goods, during production (either online in the form of automatic sampling while bypassing process control, or inline in the form of automatic sampling directly during process control) and during final product control.
As they are easy to use and robust, spectroscopic methods – particularly near-infrared (NIR) spectroscopy based on dispersive diode array technology – are a popular choice in this area of application.
The available measured variables are diverse in this regard:
The range of solutions on offer includes software packages both for in-lab analysis and for process monitoring. For in-lab analyses, you can use PAS LABS with its comprehensive configuration options for the measurement process. The software enables quick and convenient data acquisition. For process applications, Polytec offers you customized software solutions which you can configure in many different ways – from appropriate measurement process control, to communication with the process control system. The portfolio is rounded off by compatible software packages from renowned providers for multivariate data analysis.
The PAS SERV software package is suitable for routine online analysis in process monitoring environments. PAS SERV supports direct use of chemometric prediction DLLs.
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PSS-S-HOP is a special piece of software for agricultural applications. It is suitable both for mobile use on harvesters and for stationary installations.
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Polytec spectrometer systems are compatible with standard chemometric software packages for multivariate data analysis. The products are suitable for chemometric method development as well as for online predictions in process analytics.
Currently, Polytec offers software packages from the following partners:
PAS LABS was developed as a piece of software for in-lab spectra acquisition and evaluation. Complex measurement processes including accessory control can be configured quickly and conveniently. Standard chemometric software packages can be integrated with extreme ease.
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An affordable hardware driver package that you can flexibly implement in external software solutions and adapt to your measurement problem.
You can choose from the following implementation levels:
The Multiplexer solution allows the user to perform spectrometer-based measurements with several and even different probes at various points during the process. This means that different evaluation solutions can be used at these spots. This instrumentation enables flexible and affordable integration in customized measurement scenarios for a wide range of applications.
The Multiplexer solution allows the user to perform spectrometer-based measurements with several and even different probes at various points during the process. This means that different evaluation solutions can be used at these spots. This instrumentation enables flexible and affordable integration in customized measurement scenarios for a wide range of applications.
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You can choose from a comprehensive portfolio of accessories for the Polytec spectrometer systems. Polytec even individually makes single units of application-specific accessories in line with your requirements, for use in studies or series preparation operations.