Used HYPERTHERM 2012-XH-FMR #9260800 for sale

HYPERTHERM 2012-XH-FMR is an advanced machine tool designed for metal fabrication. This machine offers automatic cutting, beveling, gouging, punching and grinding capabilities. It is designed with advanced features such as an X-Y cross carriage mechanism, a Z-drive spindle equipment, an advanced power source with programming capabilities and precision ballscrews for ensuring accuracy. The machine's X-Y cross carriage system features an advanced servo-driven unit with a maximum processing area of 2 ¼ in. x 4 ¼ in. This machine offers powerful cutting accuracy and is capable of speeds up to 1200 IPM for maximum efficiency. Additionally, the Z-drive spindle tool features a variable speed range from 0 to 60,000 rpm, achieves maximum cutting and gouging depths of 5/8 in., and is ideal for applications that require precise cutting and beveling. The advanced power source is designed with an AC/DC single phase Output and 400 KVA rating, allowing users to achieve a maximum cutting speed of 6.0 IPM with an arc voltage of up to 400 Volts. The machine also features programming capabilities for CNC applications with a PLC supports up to 10 programmable functions and 100 programmable instructions, giving the operator increased versatility and accuracy when working with more complex jobs. Finally, the machine is fitted with a set of precision ballscrews, designed for accurate and reliable feed-rate control. Designed with hardened surfaces, the ballscrews reduce backlash and provide higher feed forces, allowing the operator to achieve smooth and consistent operation. The screws have a maximum travel of 2.75 in. and provide a positioning accuracy of 0.0025 in. or 0.052 in. on 2 ¼ in. on feed-rate control. 2012-XH-FMR is an advanced machine tool ideally suited for metal fabrication applications. It offers a range of features such as an X-Y cross carriage asset, a Z-drive spindle model, an advanced power source with programming capabilities and precision ballscrews for ensuring accuracy, allowing operators to achieve maximum efficiency and accuracy when working with metal components.