Used MITSUBISHI 1050EM-160 #293628129 for sale

Manufacturer
MITSUBISHI
Model
1050EM-160
ID: 293628129
Vintage: 2003
Injection molding machine Clamping force: 1050 Tons Screw: 105 mm Controller: MAC-VII 2003 vintage.
MITSUBISHI 1050EM-160 is a powerful machine tool designed for precise, high-speed machining of a wide range of materials. The machine features a heavy cast iron construction, high rigidity and precision, wide machining capability, and advanced control technology. 1050EM-160 has high-speed and high-precision spindle which allows it to perform metal cutting operations at speeds up to 18,000 rpm, making it an ideal choice for applications requiring high metal removal rates. MITSUBISHI 1050EM-160 features a large travel envelope, allowing it to be used for large-scale milling and machining operations. The movement is driven by two servo motors driven on a three-linear axes. On top of that, this equipment can be used for five-axis machining, with two axis tilting and one axis swiveling. This swivel motion offers great versatility for machining complex parts. The control of 1050EM-160 is done using a superior MITSUBISHI M700 control system, combined with a Meldas M series servo amplifier. This unit allows for simultaneous x, y, z and w axis control, offering exceptional precision and performance. It can be used in manual, semi-automatic, and fully-automatic modes, with programmable parameters that can be adjusted to account for changing machining conditions. MITSUBISHI 1050EM-160 also features a tool magazine with 50 tools, allowing for quick and easy tool changer. It is also equipped with a compact coolant machine, enabling a large range of machining operations at high metal-removal rates with no coolant dripping. The spindle speed is continuously variable with 0 - 18,000 rpm, allowing for efficient machining of a wide range of materials. 1050EM-160 is an incredibly powerful machine tool, with the rigidity, precision, and advanced control technology necessary for efficient machining of a wide range of materials. It is ideal for high-speed, large-scale machining operations, delivering excellent performance and long-term reliability.
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