Customized precision parts
Precision machining is mainly used to produce complex parts and complete assembly of finished products, including automotive, medical, electronics, communications, military and many other high-tech industries. Qiyue has more than ten years of experience in custom parts, providing guarantee for various applications and industry production. We have a complete team of design, engineering and manufacturing experts we can help you manufacture precision parts that fully meet your standards.
The highest quality standards for your precision parts
From raw material procurement, precision parts process research and development to special heat treatment of various materials, we have strict quality control to ensure that precision parts meet the standards. The processing accuracy is 0.002mm and the detection accuracy is 0.001mm.
Application fields of precision machining
Aerospace: In the aerospace field, precision machining is used to manufacture engine parts, spacecraft structures and navigation equipment. These parts have extremely high requirements for material properties and processing accuracy to ensure their reliability under extreme conditions.
Medical devices: Precision machining technology is widely used in the manufacture of medical devices, such as surgical instruments, implants, and diagnostic equipment. These devices require extremely high precision and quality to ensure their safety and effectiveness in clinical use.
Automobile manufacturing: In automobile manufacturing, precision machining is used to produce engine parts, transmission systems and precision instruments. High-precision machining not only improves the performance and reliability of automobiles, but also promotes the automation and intelligent development of the automobile industry.
Electronics: Many key components in modern electronic products such as smartphones, computers and wearable devices rely on precision machining. For example, the manufacture of mobile phone casings, chip packaging and micro sensors all require high-precision machining technology.
Precision parts materials
The materials used in precision machining need to have good mechanical properties, surface quality, dimensional accuracy and stability, and they also need to be selected according to the requirements of specific application areas.
Don’t see the material you need? Please contact us. We can use a variety of materials, including those not listed below.
Aluminum | Stainless steel | Carbon steel | Brass | Titanium | Magnesium | Monel | Inconel | Carbide | tungsten | palladium | invar | nickel | niobium | alloy steel | beryllium | cobalt | iridium | molybdenum
Manufacturing methods of precision parts
CNC Machining: CNC machine tools are the core equipment for precision machining. They control the machining process through computer programs to ensure the consistency and high precision of machined parts. CNC machine tools include lathes, milling machines, grinders and drilling machines, etc., which can perform complex machining tasks.
Electrical discharge machining: Electrical discharge machining is a technology that removes materials through electrical erosion, and is suitable for machining parts with extremely high hardness or complex shapes. EDM has the characteristics of high precision and high surface quality, and is often used in mold manufacturing and machining of high-hardness materials.
Laser processing: Laser processing uses high-energy laser beams to cut, weld, punch and surface treat materials. Laser processing is fast and accurate, and is suitable for processing small and complex parts.
Ultra-precision machining: Ultra-precision machining refers to the technology of machining accuracy reaching the nanometer level, which is often used in the production of optical lenses, semiconductor wafers and high-precision instruments. Ultra-precision machining equipment includes ultra-precision lathes, ultra-precision grinders and fly cutter milling machines.