CNC Machining for New Energy Vehicles

CNC Machining is a machining method that refers to the use of computer numerical control machining, i.e. the use of digital automated information to control the processing and movement processes of machining, and can also refer to an automated machine tool equipped with a control system program.

New energy vehicle components are mainly parts machined using the CNC process. Visible, the application is very wide, a variety of rotating axes, rotary axes, gear boxes, gears, hubs, brake drums, mechanical axes, threads, etc., the vast majority of sheet metal parts are CNC machining out, in short: most of the parts of the car are related to CNC machine tools, is the use of computer-controlled CNC lathe processing out of parts, the use of Cnc Processing, product quality and stability, high precision The use of CNC machining, product quality and stability, high precision, high production efficiency and other advantages.

In addition to this there are air compressor silencers, ion exchangers (deionisation devices), fuel cell stack manifolds, bipolar plates. Radiators, water pumps, thermostats (three-way valves), hydrogen tanks, pressure sensors, infrared emitters, etc. in the hydrogen refuelling system. Air valve modules and stack end plates etc. .

Various carbon fibre materials are offered, such as high-strength carbon fibre for the hydrogen tank, the gas diffusion layer in the power stack and carbon fibre reinforced plastic for the car body structure. The Toyota Mirai fuel cell vehicle has developed a high safety, high strength and lightweight carbon fibre material for the production of hydrogen tanks. Carbon fibre reinforced thermoplastic resin for the fuel cell stack housing.