GF Machining Solutions' Wire EDM Provides Accurate Production
GF Machining Solutions’ CUT X 500 and CUT P 350 Pro wire-cutting EDM machines offer heightened accuracy, precision and productivity.
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DMG MORI - Cincinnati
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GF Machining Solutions’ Cut X 500 and Cut P 350 Pro wire-cutting EDM machines are designed for precision part generation. GF Machining also offers subscription-based Success Packs, which feature comprehensive customer support and digital services that add connectivity for remote machine monitoring and troubleshooting.
With Intelligent Power Generator (IPG) technology, the Cut P 350 Pro is said to deliver surface finishes as smooth as Ra 0.08 µm and heightens accuracy with integrated thermal regulation that maintains temperature at ±0.2°C. To accommodate heavy workpieces, the machine’s Quadrax mechanical system keeps the table, work tank and dielectric liquid stable.
In addition, the Cut P 350 Pro and Cut X 500’s Uniqua human/machine interface (HMI) is said to deliver optimal functionality and ergonomics in a 19" vertical touchscreen, full keyboard and mouse. The machines feature a variety of flexible automation options, with optimized production for electronics, automotive, medical and mold and die manufacturers through more than 600 preprogrammed cutting processes.
According to GF Machining, the AgieCharmilles Cut X series holds extreme accuracies in machining positioning and pitch. Developed to provide high precision and thermal stability in large runs of complex components (including stamping tools, multicavity molds and micro components), the Cut X 500 and all other Cut X machines feature adapted mechanical structures, dedicated machine calibration and testing to deliver pitch accuracy as low as 1.0 µm.
High-precision axes, short measurement loops, dual measurement on all axes, consistent isolation of the EDM area from heat sources and submerged working areas optimize conditions for micro applications, the company says. Two-spool Automatic Wire Changer technology and an onboard Job Management System help further reduce processing time and simplify job prioritization.
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