BLM GROUP USA announced the availability of the LT7F2 lasertube featuring a 2D cutting head, for fabricators processing round tubes, square, rectangle, and open profiles or special sections requiring straight vertical-type cutting. The machine offers a 3D cutting head. The LT7F2 is capable of handling tubes from 0.5” to 6”, and up to 15.4 lbs./ft., and is available with either a 3 kW or 4kW fiber laser.
The LT7F2 features automated changeover for maximum productivity. At the end of each batch, the loader, spindle, steady rest, and intermediate supports automatically adapt to the new section to be cut without any interruption of the production cycle.
The LT7F2 offers flexible loading options optimized according to production needs. Special and or/open profiles, short or long parts can be unloaded front or back while scrap is automatically managed. Users can pause the workflow to produce small batches, loading one or a few bars on the fly. Additionally, robotic loaders or automated storage systems can be integrated with the lasertube for continuous flow production.
The LT7F2 comes with BLM GROUP’s user-friendly software interface and Active Tools, patented solutions automatically adapting process parameters for optimal results independent of operator experience.
The LT7F2 features automated changeover for maximum productivity. At the end of each batch, the loader, spindle, steady rest, and intermediate supports automatically adapt to the new section to be cut without any interruption of the production cycle.
The LT7F2 offers flexible loading options optimized according to production needs. Special and or/open profiles, short or long parts can be unloaded front or back while scrap is automatically managed. Users can pause the workflow to produce small batches, loading one or a few bars on the fly. Additionally, robotic loaders or automated storage systems can be integrated with the lasertube for continuous flow production.
The LT7F2 comes with BLM GROUP’s user-friendly software interface and Active Tools, patented solutions automatically adapting process parameters for optimal results independent of operator experience.