Linear Shaft Motor : Rapid servo control, enhancement of sensitivity in discharge gap control. Improving cutting speed up to 8~10%. 0.07~0.1mm fine wire function : the fine wire machining is suitable for ultra-fine mold and tiny part applications.

Y-Axis is located on the base; X-Axis is located on the top of Y-Axis, which is suitable for the precision mold cutting with small/medium stroke. Machine structure is designed via Finite Element Analysis (FEA).Direct motor drive in X/Y axes with rigid body design as well as high servo response. AccuteX &D team simplifies the generator and electric circuit to eliminate unnecessary power loss, and improve the cutting efficiency. Irregular Thickness Cutting：The AccuteX intelligent discharge unit is capable of dealing with the changing conditions in work piece thickness and water flushing situations, featuring high cutting speed , and free from wire breaking problems. According to different cutting data, the AccuteX controller automatically optimize parameters to maintain the best corner cutting performance with high accuracy, as well as cutting speed. Even on the small and continuous corners , accutex still can meet the best corner accuracy.

AP series casting has compound table design by Y axis column moving. The center of gravity is always located between 2 linear guideways of X axis table. X and Y axes are independent without accumulation error for less deformation by FEA (Finite Element Analysis). Improved maximum loading weight is up to 1000kgs. The Bi-repeatability is less than 2.5μm after 5 times laser calibration. (SD Master) Stable Discharge Board : Stable discharge performance enhances the accuracy of workpieces and raises machining repeatability. Micro Sparking Technology (MST),this unique technology for a 40mm workpiece, the best surface can reach up to Ra0.08μm.

Linear Shaft Motor : Rapid servo control, enhancement of sensitivity in discharge gap control. Improving cutting speed up to 8~10%. 0.07~0.1mm fine wire function : the fine wire machining is suitable for ultra-fine mold and tiny part applications.