Laser welding - Import export

Ball, aluminium. Magnet, neodymium. Body, steel. Holding ring, steel lined with leather. Version Anodised. Holding ring chemically nickelplated. Note The magnetic clamping balls are used to gently hold components in the optimum working position during e.g. polishing, assembling and laser welding. Swivel angles of up to 90° can be set, depending on the workpiece geometry and weight. The magnetic ball can be turned on and off using the Tgrip hex key provided.

LARGE LASER ENGRAVING MACHINE The unique engraving surface that allows you to take advantage of the 9.84 in height z-axis making bulky objects easier. The working space becomes easier thanks to the pass-through, the smallest machine on the market to feature this, making this ideal for individual projects and even small batch work, with most objects able to fit. FAST LASER ENGRAVER AND LASER CUTTER Taking advantage of our history with industrial laser engravers we bring that technology to you with the LS900 CO2 laser engraver up to 4m/sec which makes it an asset to improve your productivity. With a choice between step motors or brushless motor, you can find a tailored solution for your projects and needs, keeping productivity at the forefront of your workflow. UNLIMITED POSSIBILITIES Mark and cut anything with your choice of laser source, the Fiber laser machine for metals, CO2 laser engraver for organics and minerals, or Edge combining a Fiber laser machine and CO2 laser engraver.

SIGN ENGRAVING AND CUTTING MACHINE With a working area of 610x305mm exactly matching ¼ sheet size, the LS100EX is a signage engraving and laser cutter above the rest1. Be it plastic, wood, metal, or glass, any signage material can be engraved and cut. This can be your favorite sign making machine, with a large range of consumables available with up to 2 color layers, for a contrasted and professional result. INDUSTRIAL LASER FOR SERIES PRODUCTION The large dimension combined with a gantry laser technology makes the LS100 EX the perfect CO2 laser machine for small production series. Load your items or parts to be engraved, and create your engraving job with the Gravostyle software. Several industrial functions are available, such as the Matrix mode or automatic date stamp. 2 LASER SOURCES AVAILABLE The LS100 EX is available with a CO2 laser source or a Fiber laser source, to match all of your applications.

LARGE MARKING POSSIBILITIES With its 3-sided door, the LW3 benefits from the best inside height dimensions and can securely envelop and mark parts up to 628 mm high. Thanks to its compatibility with our Fiber, Hybrid, Green industrial laser series, the LW3 can mark with high precision nearly every metal or plastic surfaces on its special positioning table. VERSATILE From unique identification marking, to multi-level engraving, and matrix marking on a batch of small to medium parts, this industrial laser station can mark your large part at several positions, and levels. Add a 3D module to your LW3 laser to mark sloped parts. INDUSTRY ORIENTED This laser marking machine is the only large laser engraver of the market with an attached touchscreen allowing the operator to easily manage the direct part marking process. In addition to the easy installation, manutention, and silent/ergonomic door opening, this class 1 laser stands out with its exceptional build quality.

Power light guide, laser transport Discover our range of power light guide in a wavelength range between 190nm and 2400nm. These light guides can easily withstand temperatures above + 600 ° C .. This range of power light guide is based on a fusion process of the end-of-bundle silica fibers in a ferrule. This fusion process makes it possible to eliminate the inter-fiber spaces and to eliminate the use of the glue during assembly of the bundle in the ferrule. These light guides of light of power are prized for the transport of the laser, the welding by laser beam or the cutting by laser. Select customized power light guide It is possible to manufacture a light guide with a large active diameter by merging several large core silicon fibers. Several numerical apertures are possible.