Three coordinates have been widely used in machinery manufacturing, automotive industry, electronics industry, aerospace industry and defense industry and other sectors, become a modern industrial testing and quality control indispensable measurement equipment. Involved in a wide range of sectors and industries. Inside the scope of application, coordinate inspection basically covers mechanical parts and electronic components and various shape tolerance and positional tolerance. The use of three coordinate inspection means can better determine the workpiece of the actual elements and the ideal elements of the error between.
Automobile manufacturing field
Engine parts: cylinder block, cylinder head, piston, crankshaft, camshaft, etc.;
Transmission parts: box, pulley, gears, splines, clutch, etc.;
Automobile cover parts: sheet metal parts, interior parts, automotive glass, seals, etc.;
Automobile plastic parts: lamps, dashboards, fuel tanks, bumper etc.
Transmission system: drive shafts, universal joints, shock absorbers, wheel hubs, etc.
Body system: axles, frames, body-in-white, etc.
New-energy vehicles: motor shells, rotors, battery cooling panels, etc.
Other parts: automotive piping, steering parts, brake system parts, etc.
Manufacturing process and control: automotive molds
Manufacturing process and control: automotive molds, automotive inspection gages, assembly jigs, etc.
Aviation, aerospace precision field
Blade parts: impellers, blades, blade disks;
Other structural parts, precision machined parts, sheet metal parts, etc.
Assembly jigs and fixtures; inspection gages, prototypes, etc.
3C and precision hardware field
3C industry: molds
3C industry: molds, precision stamping parts, precision casting parts, precision structural parts, metal shell, metal center frame, curved glass, etc.;
Precision Hardware: shafts, fasteners, stamping dies, stamping parts, machine tool accessories, etc.