mitsubishi sinker edm MACHINES

 
When engaging in precision work with tight tolerances, particularly in mold and die-making applications, achieving success hinges on balancing critical factors such as accuracy, temperature management, and productivity. The SV8P is meticulously crafted to deliver all three simultaneously, leaving no room for compromise. Moreover, it takes several additional strides to enhance performance and ensure optimal results. 

 
When handling precision work with tight tolerances, especially in mold- and die-making applications, success hinges on balancing key factors: accuracy, temperature management, and productivity. The SV12P is meticulously designed to provide all three simultaneously without compromise. Furthermore, it takes several additional steps to elevate performance and ensure optimal outcomes. 

 
The SG Series machine integrates the Mitsubishi M800 control system, featuring a 19” touch screen display, a 3-sided drop tank, and a standard GV80 amp power supply, with an optional GV120 amp. Enhanced features like AI technology and IDPM3 contribute to high performance and productivity, minimizing electrode wear. The SG8 ensures a seamless experience for both new and experienced operators. 

 
The SG8 with a manual swing door is equipped with the Mitsubishi M800 control system, featuring a 19” touch screen display and a standard GV80 amp power supply, with an optional GV120 amp. Enhanced features such as AI technology and IDPM3 contribute to high performance and productivity, minimizing electrode wear. The SG Series machine ensures a seamless experience for both new and experienced operators. 

The SG12, part of the SG Series machine, features the Mitsubishi M800 control with a 19” touch screen display, a 3-sided drop tank, and a standard GV80 amp power supply, with an optional GV120 amp. Innovative additions such as AI technology and IDPM3 enhance performance and productivity, minimizing electrode wear. The SG12 ensures a seamless experience for both new and experienced operators.

The SG28, part of the SG Series machine, is equipped with the Mitsubishi M800 control featuring a 19” touch screen display, a 3-sided drop tank, and a standard GV80 amp power supply, with an optional GV120 amp. With advanced features like AI technology and IDPM3, the SG28 ensures high performance and productivity with minimal electrode wear. It provides a seamless experience for both new and experienced operators. 

The Mitsubishi EA8S is a high-precision Wire EDM machine that utilizes an electrically charged wire for intricate cutting of conductive materials. Equipped with advanced CNC control, this machine is well-suited for precise machining applications in industries such as tool and die making and aerospace.

 
The Mitsubishi EA-S series reflects over 50 years of continuous innovation in sinker EDM (Electrical Discharge Machining) technology from one of the most renowned industrial machining brands globally. The Mitsubishi EA12ST Advance, the latest addition to the EA-S series, inherits all the excellent features of the EA12S Advance but includes a larger fixed work tank, providing better accommodation for a rotary table or larger workpieces. 

 
The EA28V Advance serves as the entry point in our EA-V series of medium-size sinker EDM machines. This machine is specifically designed for high-speed machining of tungsten carbide with copper tungsten electrodes. Beyond its precision performance, the EA28V is equipped with internal components and processes that aim to maximize the return on your machine investment. This is achieved through lower energy usage, increased productivity with minimal downtime, reduced material consumption, and more. 

 
The Mitsubishi EA28V-LS Advance shares the excellent features of the EA28V Advance but distinguishes itself with a larger work tank and extended axes travel paths, making it more suitable for accommodating a rotary table or larger workpieces. Like its counterpart, the EA28V-LS is equipped with internal components and processes aimed at maximizing the return on your machine investment. This includes benefits such as lower energy usage, increased productivity with minimal downtime, reduced material consumption, and more.