Machine frame is a compact, stress-relieved weldment The system is designed specifically for 3 or 4 axis laser tube processing. The system allows pipes up to 110 mm (4.3”), square profiles to 80x80 mm (3.15x3.15”), with a max length of 7000 mm (292”) [optional up to 13000 mm (512”)]. Automatic loading, positioning and cutting. Machining of tube profiles of different cross-sections (round, square, rectangular, oval, etc.) Processing of tubes with a wall thickness of 1 to 5 mm (0.04 to 0.2”) and a diameter range of 20 to 110 mm (0.8 to 4.3”) Max tube diameter - 600 mm (23.6”) The machine axes are driven by Siemens servo motors and preloaded ball screws. The drive of the tube linear transport is a rack and pinion with helical teeth ■ 5 lifting areas with lifting belt ■ Pneumatic tube lifter ■ Tube loading magazine 150-fold savings of CO2 slab laser verses conventional laser technology! ■ CO2 Slab laser makes conventional gas circulation systems, such as Roots pumps and turbines, superfluous. The built-in laser head premix gas bottle is enough for about 12-18 months of continuous use. Consumption only 0.2 l/h (0.05 gal/h) instead of the previous 30 l/h (8 gal/h) ■ Energy savings due to no blowers. *The above specifications are subject to change without prior notice. No liability for printing mistakes. Machine may be shown with optional equipment. Optional configuration ■ ROFIN SINAR DC 020 Resonator (200-2000 W) ■ ROFIN SINAR DC 025 Resonator (250-2500 W) ■ ROFIN SINAR DC 030 Resonator (300-3000 W) ■ ROFIN SINAR DC 035 Resonator (300-3500 W) ■ Ethernet network card ■ Siemens S7 remote diagnosis ■ RS-232 Port ■ Compressed air filters ■ Unloading system for pipes and profiles up to L = 3000 mm (118”) ■ NC controlled tube catchers ■ Pneumatically controlled tube catchers (L = 1m (39.4”)) ■ Longer loading and unloading equipment

■ This type of laser is characterized by the following special features: ■ Very compact and low maintenance design ■ High beam quality, excellent composition ■ No heat exchanger for gas and turbine cooling, the pump starts only once in 72 hours. ■ Low optical losses ■ Low maintenance: no moving parts, copper mirrors without special coating, the diamond window is the only transmissive element ■ No external gas cylinders ■ Extremely low laser gas consumption [0.1 l/hr (0.26 l/h)]. Replace the internal gas cylinder only 1x per year) ■ Very high beam quality and cutting speeds that are well above...