EVS METAL MAKES KEY EQUIPMENT ADDITIONS
EVS Metal is proud to announce the addition of more state of the art manufacturing equipment that will keep them ahead of their competition in the area of new manufacturing technology:
· Amada FO 4020NT 4000 watt laser – added to their southwest facility in Pflugerville, TX. The FO 4020NT raises the bar on function and performance with increased cutting speeds and several new features supporting quicker and simpler setup, such as a PC-based network control, cartridge style lens, and one-touch nozzle. The FO-NT is equipped to handle thicker materials on full 5’x10’ sheets allowing EVS to expand their customer base and stay cost competitive.
· Amada HDS 1025 press brake – added to their mid-Atlantic facility in Riverdale, NJ. The HDS 1025 is Windows based with touch-screen control and 5-axis backgauge for faster, more accurate production.
· Amada Pulsar 2415NT 4000 watt laser – added to their New England facility in Keene, NH. The 2415 NT is a high throughput, high speed laser that requires one half the floor space of other lasers, while reducing dead zones and maximizing material utilization.
· Amada FO 4020NT 4000 watt laser – added to their southwest facility in Pflugerville, TX. The FO 4020NT raises the bar on function and performance with increased cutting speeds and several new features supporting quicker and simpler setup, such as a PC-based network control, cartridge style lens, and one-touch nozzle. The FO-NT is equipped to handle thicker materials on full 5’x10’ sheets allowing EVS to expand their customer base and stay cost competitive.
· Amada HDS 1025 press brake – added to their mid-Atlantic facility in Riverdale, NJ. The HDS 1025 is Windows based with touch-screen control and 5-axis backgauge for faster, more accurate production.
· Amada Pulsar 2415NT 4000 watt laser – added to their New England facility in Keene, NH. The 2415 NT is a high throughput, high speed laser that requires one half the floor space of other lasers, while reducing dead zones and maximizing material utilization.
