High Precision Stainless Steel Spring Loaded Stepped Locating Pin
Product Design & Structure
This product is a stainless steel spring step positioning pin shaft, designed with a combination of step structure and elastic components, and has positioning, limiting, and automatic return functions. The overall structure is processed and formed using precision turning technology. The main body is a multi-stage stepped cylindrical structure with a flange limit in the middle, and the front end is matched with a spring structure to achieve elastic expansion and contraction under stress. It is suitable for assembly scenarios that require repeated positioning or dynamic fitting.
Enhanced Flexibility & Efficiency
Compared with traditional rigid positioning pins, this product has a built-in spring structure that allows the front end to compress and retract under external force, and automatically reset after release, thereby achieving more flexible assembly and disassembly operations. This design can not only reduce the damage to components caused by hard collisions, but also compensate for assembly errors within a certain range, improving the adaptability and stability of the overall structure. The step section can serve as a guiding and supporting structure, ensuring precise alignment of various components during installation.
High-Quality Material Properties
The main material of the product is usually stainless steel, which has good corrosion resistance and oxidation resistance, and is suitable for humid, high temperature or complex industrial environments. The spring part can be selected with different elasticity coefficients and materials according to usage needs to meet the rebound performance requirements under different working conditions. Through fine processing and deburring treatment, the product surface is smooth and the dimensional accuracy is high, which helps reduce frictional resistance and extend service life.
Applications & Customization
Stainless steel spring step positioning pin shafts are widely used in automation equipment, precision machinery, electronic assembly structures, fixtures, and components that require frequent disassembly and assembly. They are particularly suitable for structural designs that require positioning locking, buffering return, or rapid assembly. The product supports non-standard customization, and can adjust the step size, spring stroke, end structure, and overall length according to customer drawings or samples to meet personalized application needs.