Combining the different precision metal processing techniques mentioned earlier, various precision metal parts have wide-ranging typical applications in multiple high-end manufacturing fields:
Applications of Precision Etched Parts
These ultra-thin metal parts, free from mechanical stress, are suitable for scenarios with extremely high microstructure precision requirements:
3C and Communication Fields: Encoder code disks, earpiece acoustic meshes, miniature spring sheets, etc., meeting the miniaturization needs of smart terminals.
Optics and Semiconductor Fields: Slit plates, aperture plates, grating masks, used in the production of spectrometers, laser equipment, and display panels.
Automotive and New Energy Fields: Precision filters for VVL/OCV/VVT systems, bipolar plates for hydrogen fuel cells, ensuring stable operation of the power system.
Applications of Precision Casting Parts
These high-strength, complex structural parts are suitable for heavy-duty, corrosion-resistant operating conditions:
Aerospace Field: High-temperature resistant, high-strength special structural parts, with dimensional tolerances controllable within ±0.05mm.
Medical and Food Sector: Contact components made of 316 stainless steel, meeting biocompatibility and non-porous safety requirements.
Transportation Equipment Sector: Load-bearing transmission components for automobiles and ships, with a fatigue life of over 10 years.
Applications of Electroformed Parts
These ultra-high precision replica parts are suitable for manufacturing scenarios involving complex micro/nano-scale surfaces:
Aerospace Sector: Liquid rocket engine thrust chambers, waveguides, lightweight components for radar antennas.
Microelectronics Sector: MEMS microsensors, microfluidic chip channels, metal gratings, and other micro/nano devices.
Precision Mold Sector: CD/DVD disc molding molds, precision injection mold cores, perfectly replicating micron-level textures.
