CNC Economic Servo Wire Cut EDM Machine with Backlash Compensation

Overview

CNC Economic Servo Wire Cut EDM Machine with Backlash Compensation is a CNC wire EDM machine that uses electrical discharge machining (EDM) to remove material by a rapid sequence of electrical current discharges and does not use mechanical force. The machine name indicates it includes backlash compensation and uses servo-driven control as implied by the model name. The wire EDM process uses a wire made of copper or brass with a high-voltage discharge to cut through the workpiece while submerged in deionized water whose conductivity is precision controlled; the water cools the material and flushes away removed material. Electrodes are submerged in dielectric fluid and separated by the spark gap; the workpiece electrode (anode) is connected to the positive terminal and the tool electrode (cathode) is connected to the negative terminal, and sparking melts and vaporizes workpiece material by spark erosion with plasma channel collapse forming craters and shock waves that evacuate molten material. Manufacturer SUZHOU HANQI CNC EQUIPMENT CO.,LTD. was established in 2005 and specializes in production and customization of precision CNC EDM and CNC wire EDM cutting machines; machine tool castings undergo inspection with a German Zeiss coordinate tester and the company has collaborated with Swiss technology, holds certifications ISO9001, IS014001, CE, UL, ETL, has exported products to more than 30 countries, and states it can change machine voltage to required voltages including three-phase 220V, single phase 220V, or three-phase 380V. EDM/WIRE EDM/DIE SINKER EDM machine tools are listed as widely used in Digital home appliances, automotive manufacturing, medical equipment, semiconductor packaging, mold industry, aerospace, aluminum industry, bathroom fixtures, military manufacturing, chip technology, electronics, electrical, hardware, and plastics. The EDM process is described as exceptionally precise and ideal for forming complex and intricate shapes and is capable of shaping hard metals such as titanium.