Custom Shaped Hardware Accessories CNC Lathe Precision Mechanical Parts Processing Stainless Steel Aluminium CNC Machined Spare
Component Types: Gears · Bearings · Shafts · Bushings · Couplings
Materials: Steel · Alloy Steel · Stainless Steel
Tolerance: ±0.01 mm
Surface Finish: Hardened · Polished · Black Oxide Coating
Applications: Automotive · Industrial Machinery · Robotics · Precision Equipment
Product Description – Precision Mechanical Components
High-precision metal mechanical components, mainly manufactured from steel and alloy materials, designed for power transmission, motion control, and structural support in industrial machinery, automotive systems, and precision equipment.
Component Types
Gears (Spur / Helical): Machined with accurate tooth profiles to ensure smooth torque transmission; commonly used in gearboxes and drivetrains.
Bearings (Ball / Roller): Low-friction components with hardened steel balls or rollers, reducing wear between moving parts; suitable for rotating shafts in engines and pumps.
Shafts & Axles: Cylindrical metal components with keyways, threads, or grooves for torque transfer and secure mounting; essential in rotating assemblies.
Sleeves & Bushings: Hollow cylindrical parts used for shaft alignment, vibration reduction, and load distribution; widely applied in hydraulic and pneumatic systems.
Couplings & Spacers: Mechanical connecting elements that join shafts or adjust component spacing, ensuring accurate alignment and stable assembly.
Material Options
High-strength steel, alloy steel, and stainless steel, with corrosion-resistant options available according to application requirements.
Machining Precision
Manufactured to tight tolerances, typically up to ±0.01 mm, ensuring precise fit, smooth operation, and reliable performance.
Surface Finish
Available surface treatments include hardening, polishing, and protective coatings such as black oxide to enhance wear resistance and durability.
Applications
Automotive transmissions, industrial gearboxes, robotics systems, precision machinery, and other high-demand mechanical applications.
These precision mechanical components combine robust construction with engineering accuracy, enabling efficient and long-lasting operation in complex mechanical systems.


