Mitsubishi drilling and milling machine

Advanced control system: Advanced control systems such as Mitsubishi M80, M70 are widely used, with a friendly human-machine interface, simple and convenient operation, rich functions and powerful computing power, which can achieve high-speed and high-precision processing control.

Comprehensive tool system: The capacity of the tool magazine is generally 16 tools, 21 tools, etc., and different tools can be selected according to the processing requirements. The servo tool magazine has a fast tool change speed, such as the 21T servo tool magazine of the Taqun Precision Machine T-500SE, which has a quick and stable tool change and can effectively improve the processing efficiency.

Good protection performance: The machine tool is equipped with good protection devices, such as fully enclosed protective doors, chip removal devices, oil-water separation devices, etc., which can effectively prevent chips and cutting fluid from splashing, protect the environment and the safety of operators, and facilitate the cleaning of chips and the recovery and reuse of cutting fluid.

Application fields

3C Industry: Suitable for processing cases, parts, etc. for mobile phones, computers, etc., such as milling, drilling, tapping, etc. for aluminum alloy cases, its high speed and high precision can meet the strict requirements of 3C products for appearance and precision.

Automobile manufacturing: It can be used to process the precision hole system, threads, etc. on the cylinder block, cylinder head, crankshaft, etc. of the automobile engine, as well as the small precision structural parts in the automobile parts, to ensure the quality and performance of the automobile parts.

Precision Machining: In the manufacturing of general machinery, a variety of precision parts such as gears, shafts, molds, etc., can be machined. It can complete the processing of complex shapes, improve the machining accuracy and surface quality of parts.

Aerospace: For processing small and precision parts in the aerospace field, such as small holes, threads, etc., on parts like blades, impellers, and casings of aircraft engines, to meet the requirements of high precision and high reliability for aerospace parts.