• 6-axis control - 6-axis 4-linkage synchronous interpolation handles complex contours, taper cuts, and undercuts. Single setup reduces fixturing and errors.
• High cutting speed - Max cutting speed ≥ 100-120 mm²/min, 30%+ faster than conventional machines. Accelerates production cycles for die and mold shops.
• Max cutting taper ±45° - Standard ± 6°/80mm, optional upgrade to ± 15°, ±30°, or ±45° for extrusion dies and deep-taper cavities in one setup.
• Strong rigid construction - Cast iron double-aging, precision ball screws, roller-type guide rails. Low bed design lowers fixture height and operator fatigue.
• Accuracy & finish - Standard ≤0.02mm (GB7926‑2005). Surface roughness ≤Ra2.5μm single cut, ≤Ra1.5μm multi-cut. Accepts wire 0.1-0.2mm.
• Intelligent control cabinet - Waterproof and oil‑proof; plug‑and‑play integration with low failure rate and easy maintenance.
• Low operating cost - Consumes ≤1.5-2 kW power. Reusable molybdenum wire and water‑based emulsion reduce consumable waste and per‑part cost.
• Range of materials - Cuts all conductive metals: hardened steel, carbide, titanium, stainless steel, and superalloys with zero mechanical stress on thin walls.

The anti-corrosion and anti-rust steel workbench ensures the high precision of the workbench during long-term use.

The automatic wire tightening device with digital adjustment of different tensions can quickly adjust different wire diameters, which is convenient and fast.

When using the software, users do not need to contact the program to write, they only need to draw the corresponding CAD graphics according to the parts to be processed, and import the graphics files into the software to automatically generate the processing trajectory. Users need to set the corresponding processing parameters according to the processing materials and product types, and they can also call the data of the system process library for fine-tuning to achieve satisfactory results. During the processing process, the system can adaptively adjust the processing speed according to the actual processing situation to meet the processing requirements of different workpieces. This graphics processing method can not only reduce labor costs, but also greatly improve production efficiency. The operation interface of this system can observe the current processing speed, processing progress, processing efficiency, total processing time, remaining processing time, and monitor the operation of the system's internal programs in real time. At the same time, corresponding protection procedures are made for various failures (power failure, crash, etc.) to reduce the losses caused by these failures.

The friendly human-machine interface, with the ability to do rotate or mirror processing. The system supports X,Y U,V, Z-axis with servo and wire feeding with servo motor.

Convenient and intuitive trajectory generation method, with real-time operation prompts provided on the screen.

The concise IO monitoring function facilitates real-time reading of the relevant working conditions of the machine tool.

Support reading DXF files and integrating with software such as AutoCAD and CAXA. Optimize interpolation and servo tracking processing algorithms to effectively improve the accuracy of workpiece contours.