This stainless steel knurled gear ring is an annular hardware part formed by precision stamping. Made of stainless steel, it is processed with uniformly arranged rectangular tooth patterns on the surface, in an open annular structure. The tooth patterns are made by high-precision stamping process with small dimensional tolerance and uniform tooth shape. It is mainly used in encoders, sensors, motors and mechanical equipment as a key component for position detection, speed sensing and mechanical positioning. It can also be used as anti-slip and engagement structural parts, widely used in industrial automation, automotive electronics, motor manufacturing and other fields.

• Precise Tooth Shape, Accurate Size:Adopts high-precision stamping process with uniform tooth shape and consistent tooth pitch, and strict dimensional tolerance control, which can meet the precise sensing requirements of encoders and sensors and ensure stable signal output.
• Open Ring Structure, Easy Installation:The open design can be directly sleeved into shaft parts without complicated installation procedures, suitable for shafts of different diameters, easy to install and disassemble, suitable for mass assembly.
• Multi-Scenario Adaptation, Strong Versatility:It can be used as encoder sensing gear ring, mechanical anti-slip ring and positioning engagement part, and supports customization of different tooth shapes, number of teeth and diameter specifications to meet the design needs of different equipment.
• High-Strength Structure, Anti-Deformation:Integral stamping forming without splicing welds, with high structural strength, which can withstand vibration and mechanical stress during equipment operation, and the tooth shape will not loosen or deform after long-term use.

We offer comprehensive customization services to meet specific customer requirements, including different sizes, materials, and precision levels. Our professional technical team oversees the entire customization process to ensure the final product meets your exact specifications and performance expectations.