The machine tool structure is of high rigidity and excellent quality, with a strong and tough design. The lead screw, guide rail, and motor adopt internationally renowned quality to ensure the precision stability and durability of the machine tool during long-term use. The CNC axis adopts all-digital AC servo motor and high-precision ball screw directly connected to reduce transmission error. Electrical compensation is carried out for step and clearance. The positional accuracy of the CNC axis is guaranteed. The machine tool products are manufactured according to the Japanese JIS standard, with a positioning accuracy of 5μm/any 100mm and a repeat positioning accuracy of 2μm.

 

 

Achieve large area high surface finish and small surface mirror machining. High speed tool lift enables efficient machining and stable deep narrow groove machining.

â—† Full CNC operation.

â—† Multiple positioning modes.

â—† Rich CNC oscillation functions.

â—† Self-programming expert system (AUTO) function.

â—† Touch screen input, manual control box operation, and other functions.

â—† Industrial expert system that aggregates all machining experience, combined with EDM for various materials.

â—† Intelligent EDM machining system.

â—† Automatic multi-cavity machining.

â—† User program machining using G code.

 

 

Various self-positioning options are available, including end-face positioning, column center positioning, angle positioning, hole center positioning, arbitrary three-point positioning, and positioning based on discharge location.

 

 

 

 

The "Self-reliance Programming and Machining System" is a system for self-reliant machining without the need for operational skills. Through simple dialogue-based input, operators can input machining requirements based on on-screen prompts, and rely on artificial intelligence technology to access an expert process database for automatic calculation of machining parameters such as feed rate, discharge gap, and other machining parameters. The system can generate machining instructions on its own, supporting multi-level processing from rough machining to medium and precision machining, and assisting inexperienced novices with self-programming machining to maximize machine tool efficiency.

 

 

Manual programming and machining use international programming codes, which are suitable for skilled and advanced-level operators. It has advanced features such as subprogram nesting, compensation parameter replacement, and can flexibly apply existing results and maximize the performance of the machine tool.

The CAM expert system consolidates all machining experience and is suitable for electrical discharge machining of various materials.

It can process materials such as beryllium copper, titanium alloy, aluminum alloy, magnesium alloy, neodymium iron boron, hard alloy, and polycrystalline diamond.

 

 

The powder mixing processing device adds a certain concentration of fine powder to the processing liquid, which can greatly improve the efficiency of precision machining and obtain a large area and high glossiness mirror surface after precision machining. At the same time, the surface formed by powder mixing processing enhances the strength and anti-corrosion performance of the mold surface, as well as the demoulding effect.

This device consists of two oil tank processing systems, where standard oil tanks are used for rough and medium machining (aiming for accuracy and high glossiness), and the powder oil tank is switched to for precision machining. The powder oil tank can also be used for rough, medium, and precision machining.

 

 

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