MOST MAX-T65 laser welding machine with wire feeder

The new generation of portable laser welders is characterized by compact size, light weight, flexibility of use and ease of operation. The devices are capable of welding stainless steel, carbon steel, aluminum, galvanized sheet metal, copper and other metals. Thanks to the use of advanced laser technology, the welder provides efficient welding with speeds higher than those of TIG and MIG/MAG welding. Welds made with the laser welder are smooth and rounded. The welding process does not cause material deformation or burn-through, eliminating the need for subsequent grinding or polishing. As a result, overall production efficiency is greatly improved, and the consumption of consumables and the cost of producing each component are reduced. Advantages of laser welding: narrow weld, narrow heat affected zone, high process speed, no binder required (can be used), high precision, high process cleanliness, high power density, minimal distortion, ability to join hard-to-weld materials. Laser welding is a high-performance method in high-volume, automated or robotic production, and especially for joining small thin-walled parts, where the advantages of this method are increasingly fully exploited. Material types and basic data: Material type MOST MAX-T65 MOST MAX-T45 MOST MAX-35 MOST MAX-35 Stainless steel 6.5 mm 4.5 mm 3.5 Carbon steel 6.5 mm 4.5 mm 3.5 Aluminum 5.5 mm 4 3 Galvanized steel 6.5 mm 4.5 3.5 Brass 4.5 mm 3.5 2.5 Copper 3 mm 1,5 -- Beam oscillation 0-4 mm 0-4 mm 0-6 mm Operating temperature 0-40°C 0-40°C 0-40°C 0-40°C Weight 39 kg 38 kg 25 kg Dimensions 667x276x542 mm 667x276x542 576x265x425 Part No. 3L 04 000004 3L 04 000005 3L 04 000006 Easy installation and operation Simply connect the 230 V AC power cord and shielding gas (argon/nitrogen) and attach the ground clamp to the work piece, then start using the device. Through the touch panel, you can access the operating interface, select predefined or user-defined parameters. Learn more about laser welding technology