Lasys is the leading international trade fair to focus on the use of lasers in industrial manufacturing. In an unrivalled way it shows the entire user spectrum of lasers, covering a comprehensive range of laser applications across different industries and materials.
3D-Micromac, a laser micromachining specialist, will present its wide spectrum of laser processes and machine solutions at the Lasys.
One focus is on laser systems for display production. In addition to the MicroShape systems for laser cutting, drilling or ablation of glass and sapphire, 3D-Micromac will introduce solutions for laser lift-off or laser annealing. These solutions are used in the production of high-resolution displays, such as OLED and micro-LED displays.
Another focus will be the MicroFlex roll-to-roll systems for laser processing of flexible components. Applications include the structuring of flexible solar cells, the production of sensors for medical and electronic applications, or the manufacture of flexible displays.
Blackbird Robotics has developed a new generation of its industrial scanner vision system ScaVis to address demands in the laser remote welding market for e-mobility. Primarily designed for camera-based position recognition and correction tasks, the system will be shown exclusively at Lasys.
This robust and cost-efficient system is integrated into the Blackbird RSU software and uses a wide tool library for pattern recognition, classification, measurement tasks, reading of data matrix codes and many more. It can be used in combination with all 2D- and 3D-scanners from Blackbird Robotics.
Additionally, Blackbird will present the newest developments for OCT-based seam tracking and inspection on Scanlab’s IntelliWeld PR. Welding of automotive hang-on parts and seats are addressed, but further potential use of OCT for remote laser welding can be discussed at the trade fair with Blackbird experts.
Human expertise and artificial intelligence will combine when Bofa showcases its latest innovations in laser fume extraction in Hall 4 stand 4D19 at Lasys.
Bofa will exhibit a range of products from its specialist Advantage range of fume extraction systems developed specifically for the laser industry, as well as a selection of inline filters, patented filter technology, laser cooling units, fire suppression and control units and its new Smart filter technology.
Members of Bofa’s research and development division, along with in-house laser health and safety experts, will share a platform with their technologies that are set to bring the concept of Industry 4.0 – the fourth industrial revolution – to life.
‘The laser industry already benefits from high levels of automation, but digitalisation and data integration, as envisioned by Industry 4.0, brings new opportunities to optimise productivity through remote collaboration,’ said Haydn Knight, sales and marketing director at Bofa.
‘We’re embracing this new way of working through innovations linked to our Intelligent (iQ) operating platform, which is revolutionary in its own right, having transformed extraction system control and communication through remote diagnostics. Our latest developments in this area bring cloud-enabled functionality for the first time ever in the next generation of fume extraction: iQ2 – supporting our customers’ wishes for more effective real-time monitoring and better reporting tools. We know the market wants closer filter performance management and our enhanced filter management system with Smart filter technology allows the user to predict important system requirements including filter life and change, system maintenance and early diagnostics.’
Brimo Technology, a fibre laser source manufacturer based in Taiwan, will show its nanosecond-pulse (MOPA) laser sources. The product offers 10-50W power, a wavelength of 1,064nm, pulse width modulation of 25ns to 250ns, a frequency modulation of 30kHz to 500kHz, an M2 of less than 1.5, and power stability of less than 5 per cent.
The company also provides control cards, software, F-theta lenses, galvo scanners, and other industrial components.
Ekspla will introduce a picosecond high power UV laser. The Atlantic UV30 laser delivers 30W of output power at 355nm.
In industrial markets, increased reliability of high power and UV components is critical. The Atlantic UV30 optical layout was optimised for longevity and stable operation in the UV range. As a result, 8,000 hours UV optics lifetime is guaranteed.
Short, 10ps pulse duration minimises the heat-affected zone. Due to the high 75µJ pulse energy and UV output, the laser can be adapted for tough processes, like OLED cutting, sapphire processing, and ceramics micromachining.
Thanks to a negligible output beam spatial characteristic change over a wide output power range, the same Atlantic UV30 system can be used in numerous operation modes and for processing various materials. Up to 1MHz repetition rate enables this laser to be used for high throughput material processing.
Foba will present its patent-pending innovation in vision-based automated laser positioning. A software update enables the precise alignment of laser marks, even relative to products that are positioned unexpectedly within the marking field. This will be demonstrated on a Foba M1000 marking station to show that expensive part fixtures are in many instances unnecessary.
Another marking station on site will be the Foba M2000-P, equipped with the Y.0201-DN fibre laser, which is designed for paint removal on plastics for day-night applications. Additionally, Foba will showcase its powerful fibre laser marking system Y.1000, a 100W laser marker for integration into high-speed processing lines and for the application of robust marks on high-wear parts.
Two of Foba’s laser marking specialists will hold lectures on 5 June: ‘Fixtureless laser marking’ by Faycal Benayad-Cherif, and ‘UDI laser marking on medical devices’ by Christian Söhner.
Laser Components will be exhibiting its high-power triple laser mirrors. Triple mirrors are designed for frequency multiplying lasers, for example in Nd:YAG laser systems that emit at the fundamental wavelength of 1,064nm and have harmonics at 532nm and 355nm. Here, a high degree of reflectivity at each of these wavelengths is required.
Traditionally these coatings were applied in two separate runs, for example a coating for 1,064nm and 532nm was first applied, followed by a coating for 355nm. Consequently, production of triple mirrors was time consuming and costly.
Laser Components has developed a new coating method whereby triple mirrors can be produced in a single coating run. Not only does this reduce production time, and thus the unit cost, but also yields a higher spectral performance than previous production techniques. This method means triple mirrors can be made with custom wavelength combinations to suit any application.
Lasermet will be displaying its Laser Castle safety cabin, a certified, modular, rapid-build solution for maintaining safety around the multi-kilowatt lasers.
This sturdy cabin – built to any size with modular components – can safely withstand a 5kW laser for many minutes. For higher powers (6kW upwards), the active laser guarding product Laser Jailer and Glaser Jailer active filter windows will instantly switch off the laser if the interior of the cabin is struck by the beam.
The full dual-channel laser interlock controller, with touch screen interface, is designed for automation integration. It keeps the user safe from laser radiation by ensuring the laser can only be operated when all interlock switches are safe.
Users can choose a door configuration, and optional Swallow fume extraction system with active windows or HDCCTV.
Laser Zentrum Hannover (LZH) will not only show innovative laser material processes, but also its research into developing a laser-based method to defuse World War II bombs. At Lasys, the scientists will show the first results – on defused bomb casings – of the civil security project.
LZH develops laser material processing technology. From small orders to the development and integration of comprehensive solutions, LZH is a competent partner for research and development, manufacturing and consulting.
The latest findings from applied and basic research are used by the researchers to optimise manufacturing processes, and to further develop innovative optical production technologies. LZH develops tailor-made solutions, as well as focusing on monitoring and control of the machining process, and laser safety technology.
Light Conversion will display its Carbide industrial femtosecond laser, combining 40W output power and 400μJ pulse energies. It features tuneable base repetition rate of 60kHz to 1,000kHz, a built-in pulse picker for pulse-on-demand control and computer controllable pulse duration of 290fs to 10ps. In addition, Carbide brings in new technologies featuring high average output power and wall plug efficiency. It also has a novel approach to a cavity design, which allows volume production optimisation and fast laser warm-up time, important for medical applications.
An intra-cavity pulse picker reduces the laser cost and power consumption. Carbide lasers feature a number of options complementing requirements of various applications: certified safety shutter, beam conditioning unit, automated attenuator, harmonics generators, and additional pulse picker for enhanced contrast.
Combined with Light Conversion‘s wavelength converters – harmonics generators and parametric amplifiers – and ultrafast Harpia spectrometers, Carbide lasers become a powerful tool for scientists.
Marubeni Europe, a European distributor for Japanese firm CI Takiron, will be exhibiting laser shield plates from CI Takiron. These green tinted sheets, made from chlorinated polyvinyl chloride, absorb laser beam radiation and are designed to be used for safety windows in laser machines. The plates also have application in the semiconductor, photovoltaic, medical, and electro-plating industries.
NKT Photonics will display its range of industrial ultrafast lasers, offering a wide range of pulse lengths from femtoseconds to picoseconds, and output power up to 100W. The systems have variable or fixed repetition rate options, and single shot or burst mode, in order to optimise the application.
The company’s Onefive range is an industrial ultrafast laser that can handle 24/7 operation in a manufacturing environment. Built at NKT’s facility in Switzerland, the Onefive laser offers excellent reliability, beam quality, and power.
The company has thousands of lasers installed worldwide, and offers local service and support in Asia, Europe, and USA.
Northrop Grumman Synoptics will be exhibiting at the event. The company produces large single crystal fluoride materials for Faraday rotator or isolator applications. These materials exhibit small nonlinear refractive index and thermo-optic coefficients, while maintaining Verdet constants near those of the commonly used terbium gallium garnet (TGG) crystals. In particular, the cubic potassium terbium fluoride (KTF) crystal has low absorption and thermo-optic coefficients.
Synoptics’ current capabilities in the manufacture of high quality TGG and the advancements in the growth of other crystalline materials, such as KTF, will lead to improved optical isolation performance for higher power lasers. Recently measured thermo-optic coefficients for KTF and product testing show that these fluoride materials have very promising characteristics.
Positioning equipment provider Physik Instrumente (PI) will exhibit automation platforms that allow both high quality and high throughput. Products on show will range from single-axis to multi-axis solutions where the control of the laser and the positioning systems has to run simultaneously.
The process and material, and criteria such as throughput, precision, geometry tolerances, size of the machining surface, and contours, all make different demands on the automation platform. For example, as far as throughput and precision is concerned, it is possible to meet the different requirements when system components such as the mechanics, laser control, and laser beam steering complement each other and communicate via a high-performance network solution. PI will display solutions that meet these demands.
Fume extraction solution provider Purex will showcase its new EBase unit. At almost 1m wide, it can accommodate larger laser engravers on top of the machine to make one complete system.
The iFume 400i PVC unit, designed for PVC applications, will also be on display. It has specially coated cabinets, filters and hose kits that prevent corrosion.
Purex will also show the 300i and 400i units with the iFume operating system. With a colour touch screen and a host of safety features as standard, the iFume is an intuitive and informative fume extraction system.
RMA will present the MLS501, a compact laser welding solution. The company will also premiere its LCS machine, a fully automatic laser cleaning system. Beside the LCS’s solid hardware, it comes with software that eliminates time-consuming manual programming.
RMA, based in Poland, provides solutions for the automation of industrial processes. It is active in Europe, China and North America.
Rofin-Sinar UK will showcase its OEM iX, SR series, and the Infinity series from its new partners Iradion Laser.
The OEM 45 iX sealed CO2 laser comes in three wavelengths: 10.6µm, 10.25µm and 9.3µm. This IP66-rated robust laser is versatile and easy to integrate.
The SR series is targeted at customers that do not require the power of the OEM iX series, but still demand high quality, reliability and versatility from the laser. Throughput, economy, flexibility and reliability are the main features of this series.
Iradion will be displaying the Infinity 1625, 250W ceramic core CO2 laser. This is optimised for cutting and welding applications in thin-gauge metals, thick plastics and organic materials.
Demonstrations of the Multiscan VS, a fast CO2 laser marking system, will also be available.
Scanlab will showcase the high-dynamic ExcelliShift z-scanner. Numerous laser applications demand highly dynamic laser spot motion across complex three-dimensional formed surfaces. Precisely for this need, Scanlab has developed a new type of z-scanner that extends a 2D scan system into a 3D system.
Unlike conventional z-axes, the underlying concept eliminates the use of transmissive elements. The resulting rise in dynamic performance opens up new laser processing possibilities. Moreover, this functionality is independent of mounting orientation, thus increasing the number of degrees of freedom for machine builders and integrators.
The new z-scanner is particularly compelling when used in conjunction with a 2D scanner for micro-structuring, laser engraving and processing of complex freeform surfaces.
Sisma will be showing its SWT welding and mould repairing laser system, ideal for maintaining and repairing small and medium-sized moulds. An enclosed, class I version is available. SWT can be equipped with a fibre laser, which has advantages in terms of efficiency and low maintenance. It is supplied with variable laser powers up to 450W.
The ergonomics of the SWT system makes it suitable for both continuous and occasional use. SWT systems are designed to guarantee high performance over time, in addition to fluidity and precision of movements, which ensure ease-of-use and repeatability of the result. On the software side, Sisma has implemented dedicated features to cover many process variables.
SK Laser will show its laser machine suitable for engraving heavy parts. The system can be loaded up to a capacity of 300kg.
SK Laser offers sector-specific solutions for permanent laser engraving on almost all materials. Fast setup, easy to use, robust design and precise engraving are the most important features of its laser systems. Based on its standard marking laser, which is particularly well suited to working with single parts and small batches, the company can deliver customised laser systems.
Synova’s LCS 50 multi-axis laser machining system is now available with powerful CAM software for three- or five-axis machining of complex forms and features. The LCS 50, which will be displayed at the trade fair, uses Synova’s water jet guided Laser MicroJet technology, which combines the advantages of water jet and laser cutting in a single operation. This cold and clean laser technology enables extremely hard materials such as ceramics and artificial diamonds to be machined with minimal thermal damage, no burrs and no recast deposits.
With a working envelope of 50 x 50 x 50mm, the LCS 50 provides a cost-effective platform, suitable for rapid prototyping as well as batch production. Its cylindrical laser beam ensures parallel cuts on precision parts such as tool inserts, watch gears and fuel injection nozzles. This is the ideal laser process for machining parts without affecting their material structure.
UPAM will show its super precision optics with IBS thin film coatings. The optics are ideal for high power laser processing systems.
UPAM supplies high laser induced damage threshold optics for high energy laser applications. These include super low absorption and metal high reflection films, and range from infrared to UV. The optics can offer less than 0.2 per cent reflectivity, greater than 99 per cent transmission, less than 0.9 per cent absorption, and a damage threshold of 20kW depending on the laser type.