Sintered locking components developed by Green Metalurji based on technical drawings combine dimensional accuracy, repeatable motion, and the cost-effectiveness of mass production in doors, windows, and security mechanisms. Functional details such as teeth, channels, hubs, cams, and slides are formed using appropriate mold designs, taking into account the part’s operating direction and installation conditions.
The load to which the part will be subjected, the frequency of movement, friction, the corrosive environment, and surface requirements are evaluated together during the design phase. Material composition, density, tolerances, and required finishing processes are planned based on this data, and project-specific sintered components are developed for various locking systems.
Dimensional fit for gear, piston, and slide components used in tight installation spaces.
Controlled unit costs with reduced need for additional processing in medium- and high-volume production.
A process structure designed to ensure that the same geometry and function are maintained throughout the series for repeat orders.
Integration of the tooth, groove, cam, hub, and locking surfaces into a single piece through appropriate mold design.
Reducing the need for secondary machining and material loss by manufacturing parts that are close to their final shape.
Aiming for consistent motion and assembly performance throughout the production run through controlled pressing, sintering, and calibration.
Sintered parts with a compact design that transmit key or cylinder movement to the lock mechanism and require dimensional accuracy.
Functional components suitable for repeated use that convert an opening-closing motion into a linear locking motion.
Precision gear components for window systems that transmit handle movement to locking points and are suitable for tight installation spaces.
Project-specific mechanical parts used in the central locking, sliding, and motion transmission assemblies of steel doors.
Compact connection and transmission components used in opening, closing, directing, and locking mechanisms.
Custom sintered gears and mechanism components outside standard groups, per technical drawings or 3D models.