FEATURES INCLUDE: NOTE: Call us to schedule a LIVE demo at our facility in Sanford, FL Efficiently cuts stainless, carbon, aluminum, titanium, and other non-ferrous metal applications IPG Photonics fiber laser power source (USA) ranges from CW 500W to 3KW Full Enclosure with protective observation window offers up the ultimate in safety against stray radiation Full Exchange table for increased operator efficiency Laser Head: Swiss made capacitive fiber cutting head engineered for higher power cutting Fiber offers reduced maintenance requirements and operating costs compared to CO2 Working platform extends 59×118″ (5×10′) accepting full sheets of metal Transmission: Atlanta Helical gear rack & pinion w/ HIWIN linear guide bearings & rails Z-Drive: Ball Screw transmission w/ HIWIN bearings & rails Precision: <+/-.004″ Yaskawa AC servo motors & drivers Pneumatic rollers for convenient sheet metal handling Laser Software Interface: CypCUT Plane Cutting Software with Nesting utility for material savings Mounted touch screen monitor and remote control for convenient interfacing Working voltage: Call for info Includes on-site 5-Day installation and training for turn key production Dedicated USA technical support – For Life. We do not charge for ongoing support! We can serve you via. phone, email, chat, remote computer access, or on-site! Limited Two (2) year Warranty covers laser machine parts. Ask about our optional warranty extensions

1917

Einstein proposed the theory of lasers, “stimulated emission. ” .

1960

Theodore Maiman, an American scientist, announced the birth of the world’s first laser.

1964

The semi-conductor laser, proposed by the Soviet physicist FC Brașov, developed what became known as the fiber laser.

1978

Amada successfully developed the first laser processing machine for sheet metal processing: LC-644, which was launched in 1981 .