Others

Explore our precision machining capabilities and innovative manufacturing solutions.

Non-standard bronze connecting shaft positioning block

Made of tin bronze as the base material, it is precision machined into one piece on a lathe. Special sizes and installation tolerances can be customized as needed. It has high wear resistance, self-lubrication and corrosion resistance. It can accurately limit the axial movement of the connecting shaft and ensure the long-term stable alignment and operation of the transmission components.

Non-standard customized precision positioning pins

It can be adapted to special sizes, tolerances and working conditions as needed. Through precision cold working and hardening treatment, it achieves micron-level positioning accuracy and has the characteristics of high wear resistance, shear resistance and stable alignment, providing a precise and reliable positioning reference for various non-standard assembly scenarios.

Custom machining S136 Lower guide teeth

After precision machining and heat treatment, the parts possess the advantages of high hardness, high wear resistance, corrosion resistance, and stable dimensional accuracy.

A2 tool steel custom precision-machined end lock

Leveraging the material's high toughness, high wear resistance, and minimal deformation after air quenching, it is precision-machined to achieve advantages such as high dimensional accuracy, impact and wear resistance, and long service life. This makes it suitable for customized locking requirements in applications such as rail transportation and industrial equipment.

Non-standard customized titanium alloy fixing plate

It can be adapted to special installation dimensions and mechanical requirements as needed. Relying on the lightweight, high strength, corrosion resistance and fatigue resistance of titanium alloy, it is precision machined and has stable dimensional and positional tolerances, providing low-stress, highly reliable long-term fixed support for aviation, medical and other scenarios.

Custom-designed titanium alloy precision parts for aviation

Through five-axis linkage precision milling, special surface modification, and full-chain detection of geometric tolerances, micron-level dimensional accuracy and low residual stress control are achieved, meeting the requirements of high specific strength, long fatigue life, and lightweight adaptation under extreme working conditions of aerospace equipment.

CNC precision-customized non-standard brass parts

Non-standard parts, precision machined by CNC multi-axis machining, can achieve stable tolerances of ±0.01mm. They also have the inherent advantages of brass materials, such as high thermal and electrical conductivity, low friction and corrosion resistance. The form and position accuracy is controlled throughout the entire process, making them suitable for various non-standard precision assembly scenarios.

Precision custom alloy steel coupling

Made of high-strength alloy steel through precision machining, it can be adapted to special working conditions as needed, and features high torsional rigidity, zero backlash, wear resistance, and impact resistance, ensuring high-precision and stable operation of the transmission system.

Blackened carbon steel sheet metal bending structural parts

Using Q235 and other carbon steel plates as the base material, the product is formed by CNC bending and then oxidized and blackened. It has the characteristics of high structural strength, stable bending accuracy, and rust and wear resistance. It can be customized to suit various equipment frames, load-bearing supports and other scenarios.