Taizhou Hanyang CNC Machine Manufacturing Co., Ltd
                                                                                                           
Verified Supplier
22.1 Years
Since 2003.9.5
Menu
Home Products Three Axis Cnc Spark Edm Drilling Machine

Three Axis Cnc Spark Edm Drilling Machine

China High Speed 3 Axis Precision Edm Hole Drilling Machine For Conductive Materials for sale

High Speed 3 Axis Precision Edm Hole Drilling Machine For Conductive Materials

Price: $7800-$7650
MOQ: 1set
Delivery Time: Within 15 days

DD703 CNC EDM Drill: High-Speed 3-Axis Precision Hole Drilling Machine Performance Features Utilizes electrode tube (brass/copper) as tool electrode with high-frequency pulse power Accelerated corrosion rate for stainless steel, hardened steel, copper, aluminum, and cemented carbide Produces deep holes with diameters of 0.15mm-3.0mm and depth-to-diameter ratios up to 300:1 Direct penetration from inclined and curved surfaces Ideal for machining thousand-hole molds, thread

China Three Axis CNC Spark Edm Hole Drilling Machine For Sale 60mm/Min for sale

Three Axis CNC Spark Edm Hole Drilling Machine For Sale 60mm/Min

Price: Negotiable
MOQ: 10
Delivery Time: 5-8 work days

The machine follows the principle of pulse spark erosion machining. It uses tubular copper or brass electrodes as the cutting tool, with high-frequency pulse voltage generated between the electrode and the grounded conductive workpiece. Continuous tiny electric sparks are produced in the insulating dielectric fluid, and the instantaneous high temperature generated by spark discharge melts and vaporizes the local metal material to achieve non-contact material removal and hole

China High Precision Three Axis CNC EDM Hole Drilling Machine For Sale High Speed for sale

High Precision Three Axis CNC EDM Hole Drilling Machine For Sale High Speed

Price: Negotiable
MOQ: 10
Delivery Time: 5-8 work days

This 3-axis CNC EDM deep-hole drilling machine is a high-precision, high-efficiency system specifically designed for machining micro-holes and deep holes in conductive materials. It utilizes a copper tube electrode in conjunction with high-frequency pulsed discharge to electro-erode the workpiece, while employing high-pressure deionized water for chip evacuation and cooling. This equipment excels at processing hard, heat-resistant, and geometrically complex materials—such as