VZ10 3D Laser

A seamless, effective way to automatically manage and maximize your machinery investment. Featuring a top-of-the-line Mitsubishi 3-axis cross-flow resonator for superior cutting power, the VZ10 combines accuracy and flexibility for users across a wide range of complex laser applications. The unique flexibility of the VZ10 laser’s 5- and 6-axis, 3D laser cutting systems can help you produce complex parts quickly and efficiently with fewer operators. And best of all, this game-changing assemblage of robust shop floor cutting power is also easy to use and work with, thanks to the new, world-class LC30T Mitsubishi CNC control system. VZ10 3D Laser Features CAPABILITIES: Offers greater cutting flexibility with 3D and 2D cutting capability Increased overall cutting speed due to faster axial movement, and 30% faster Z axis movement than previous models Up to 50% faster and easier programming due to on-board CNC with one-touch teach functions that dramatically reduce keystrokes COMPONENTS: Zero-offset head for exceptional performance in preformed part trimmer applications 5” focal lens, providing faster processing times in thin material while reducing the heat-affected zone Auto-adapting H axis head, which alters height automatically to aid in processing formed parts Mitsubishi-standard damage reduction head and independent height control Secure, easy-interchange work clamps and support pins for holding 2D workpiece in place Powerful and easy-to-use material parameter tables Mitsubishi’s patented 3-axis cross-flow resonator for superior cutting power Digital rectangular-wave, high-peak power pulse, delivering increased cutting power and cleaner edge quality Industry’s most advanced PC-based teach pendant for maximum programming power and flexibility SYSTEM INFORMATION: Enhanced LC30T Mitsubishi control system 20GB hard drive capacity capable of handling large programs Optional DiamondSoft 3D CAD/CAM software for easy-to-use, advanced offline programming capability ADDITIONAL BENEFITS: Bidirectional offset to zero-offset data conversion