OEM sintered parts for electric locks are widely used due to their durability, precision, and cost-effectiveness. Sintering is a manufacturing process that involves compacting and heating metal powders to form solid parts without melting them entirely. This method is especially useful in producing complex, high-strength components at a lower cost, making it ideal for electric lock mechanisms.

Key Applications of Sintered Parts in Electric Locks:

Gears and Pinions:

Purpose: Sintered gears and pinions are used for the movement mechanisms in electric locks. They help transfer rotational motion from the motor to the locking/unlocking mechanism.

Advantages: High precision, durability, and ability to withstand wear and tear over time.

Levers and Actuators:

Purpose: These components interact with the motor to trigger the locking or unlocking action in electric locks.

Advantages: Lightweight yet strong enough to endure repeated use without deformation, ensuring reliability over long periods.

Housing and Enclosures:

Purpose: Some parts of the electric lock’s casing or structural components are sintered to ensure a strong, protective housing for sensitive electronic components.

Advantages: Cost-effective manufacturing with strong mechanical properties, providing good protection for internal parts.

Rotors and Stators (in motor components):

Purpose: Some electric locks use small motors to actuate the locking mechanism, and sintered metal parts like rotors and stators are critical in these motors.

Advantages: These sintered parts improve the efficiency and reliability of electric motors due to their magnetic properties and dimensional stability.