EDM, Precision Milling Technologies Highlight High-Precision Features for the Moldmaking Industry

Mitsubishi SV12P with LS 20 ATC tank up. Photo Credit: MC Machinery

MC Machinery, a subsidiary of the Mitsubishi Corp., showcases its latest EDM and precision milling technology, including wire and sinker EDMs, machining centers and automation, at IMTS booth #338129.

Newly featured sinker EDMs include the Mitsubishi SV12P and SG12 and Gantry Eagle 800. The former features mAIsmart IDPM3 (Intelligent Digital Power Master Control), which uses a state-of-the-art sensor to monitor the total amount of electrode contact area within the workpiece, so the system can automatically changes power conditions based on real-time measurement feedback to produce the most efficient burn. This results in up to 40% less electrode wear and up to 30% reduction in machining time for moldmakers.

Alternatively, the Gantry Eagle 800 is reported to be best in class for large-part and molding applications, featuring low electrode wear and fast cycle times. It also has a large, easy-to-access working area that requires less floor space than other sinker EDM models.

Wire EDMs showcased include the MV1200-R Mitsubishi submerging threading, fiber optic machine communication and power supply technology; the MV2400-R Mitsubishi for a wide range of applications, featuring a larger tank capacity and low operational costs; the MV4800-S Mitsubishi, ideal for large-part applications up to 20" high (standard), 32" high (optional) and submerged cutting up to 20" deep; and the MX600 Oil Advance Plus for micro machining, with wire capability down to 0.0008″ (0.02 mm) diameter and surface finishes down to 1.6µ Ra.

Precision milling machines on the show floor involve the Roku HC658II with high graphite protection for high-precision manufacturing and mold industry customers; the Android II linear drive milling machine designed for very precise, hard steel and carbide machining with accuracies within ±1µm; and the Ingersoll Eagle V550 graphite machining center featuring high-speed, high-precision five-axis machining for small graphite electrodes and mold/die components.