Product News

A new line of fused silica fiber lenses that eliminate the need for users to send their laser heads back to the OEM for lens replacement has been introduced by Laser Research Optics.

A line of beam splitters for lasers from 100 Watts up that are designed for use at 45 degree angle of incidence and 10.6 microns has been introduced by Laser Research Optics.

A line of OEM-compatible, drop-in field replacement CO2 laser lenses that can be supplied in mounts for smaller engraving and marking laser systems is being introduced by Laser Research Optics.

BEA Lasers has announced the introduction of a new lens for use with its MIL series lasers. The E²L Extreme Environment Lens incorporates a quartz glass lens into the end ferrule, providing resistance to harsh or extreme environmental conditions, such as welding arc flash, abrasives, dust and coolant.

A line of sapphire cover glass windows that reduce focus shift and are suitable for use as debris shields on 1,064 nm cutting and welding lasers has been introduced by Laser Research Optics.

BLM Group USA has announced that its LT5 Lasertube can now be ordered with 2kW fiber laser capability for faster processing speeds. This entry level automated laser tube cutter is suitable for small to medium-sized round tube applications up to 120 mm (4.75-in.) in diameter and can process mild steel, stainless steel, aluminum, copper, brass and galvanized materials.

BOLD Laser Automation Inc. announces the shipping of its latest digital manufacturing tools, trademarked the LPC1006 Digital Laser Stamping Platform. The LPC1006 is a production laser stamping tool that is coil and foil web fed for lights out operation. The LPC1006 enables rapid precision fabrication, to dimensional tolerances of ±0.001” (±0.025 mm), producing parts on thicker coil and thinner foil web materials such as aluminum, stainless steel, copper and titanium.

GF Machining Solutions offers the Microlution MLDS, the next generation in femtosecond laser processing systems. The dual-station/dual-part laser machining center provides extremely high laser “on time” via measurement and
loading functions performed as parallel processes alongside machining operations.

Targeting the medical industry, the GF Machining Solutions Microlution MLTC is an ultrafast laser that provides manufacturers with exceptionally precise holemaking in metal and polymer tubes. As an economical and technically advanced micron-scale machining system, the MLTC is optimized for microscale holemaking and fine cutting without the creation of heat-affected zones in tubular workpieces.

The GF Machining Solutions Microlution ML-10 is a femtosecond solution for industries ranging from automotive to medical. As an economical and highly capable micron-scale machining system, the ML-10 performs microscale holemaking and fine cutting without the creation of heat affected zones (HAZ). The machine’s compact, high-performance, ultrafast laser reduces cycle times and tooling costs to enable the production of precision parts in seconds.

A full line of OEM compatible, field-replacement CO2 laser lenses that are offered with specific focal lengths optimized to the material surface has been introduced by Laser Research Optics.

SCANLAB GmbH's 5-axis precSYS subsystems enable industrial ultra-short-pulse (USP) laser micromachining of flexible, definable geometries with high aspect ratios. The availability of a subsystem optimized for 515nm lasers is particularly attractive in the electronics industry, where it allows creating probe cards with even finer lateral structures.

SCANLAB GmbH is extending its premium-segment product family with the excelliSCAN 20. This new scan system targets exceptionally demanding applications such as micromachining and additive manufacturing (3D printing). The excelliSCAN family’s well-known advantages – smart servo control technology, a universal tuning and optimized cooling – will be supplemented via the new scanner with its larger 20mm aperture.

A line of laser lenses and mirrors offered in various focal lengths to match specific steel cutting requirements using 200W to 4kW CO2 cutting lasers has been introduced by Laser Research Optics.

Recently acquired by Mitsubishi Electric Corp., ASTES4, a company based in Switzerland, specializes in the development of automated sorting solutions for sheet metal laser processing machines. ASTES4 has developed LASORTING – the first fully integrated system for the cutting, sorting and storage of sheet metal to streamline processes, speed up production and reduce labor costs.

Hexagon’s Manufacturing Intelligence division launched its first blue laser scanning sensor for creating point clouds. The HP-L-5.8 joins Hexagon’s comprehensive range of tactile and non-contact sensors for CMMs and is for companies that need a versatile, affordable, fixed-line laser sensor.

The first offering in Coherent’s new ExactSeries of fine materials processing equipment, ExactCut micromachining systems combine intelligence, integration and interconnectivity for precision cutting of metals, alloys, sapphire, polycrystalline diamond (PCD) and ceramics. To significantly reduce integration and qualification time, ExactCut ships with preprogrammed process parameters for the desired application.

Shops that need a highly efficient digital solution to surface texturing for product design and moldmaking will gain new levels of design quality and productivity with the new AgieCharmilles LASER S series from GF Machining Solutions. This all-in-one texturing solution applies designs to challenging surfaces while it controls cost per part, cuts lead and machining times and significantly improves quality.

A line of OEM compatible replacement CO2 laser optics that come in several configurations for cutting and etching metal, plastic or wood signs is available from Laser Research Optics.

The new HighLight SQD option for Coherent HighLight fiber lasers provides cutting and welding systems integrators with a turnkey, simple to use and cost effective means to implement process monitoring. The HighLight SQD comprises process sensors integrated directly into Coherent’s special fiber laser connectors which detect back reflected laser power and visible spectrum process emissions. These signals, which are provided in either analog or digital CAN bus form (at a 2 kHz sampling rate), can be used to detect various key process events.