Multi-Position Precision Mounting Block

This block-shaped base features a large-diameter internal threaded hole at the center and symmetrical counterbored through-holes on both sides. This design achieves secure locking of components in space through multi-directional constraint. It is commonly used in automation equipment for pipe clamping, sensor fixation, or support and positioning of mechanical transmission shafts, aiming to prevent displacement of connections under vibration conditions.

The core of manufacturing lies in controlling the flatness of the end face and the positional tolerance of the side mounting holes relative to the datum plane. This prevents stress concentration or seal failure caused by uneven contact surfaces. For such complex parts with multiple features, machining centers are typically used for multi-face milling, drilling, and tapping. If thin-walled or slender structures are involved, reasonable clamping solutions are designed to eliminate the risk of deformation.

The surface presents a uniform matte black finish, likely achieved through sandblasting and hard anodizing, providing excellent wear and corrosion resistance. Our factory is equipped with comprehensive CNC turn-mill compound machines and Swiss-type lathes, supporting customized production in various materials such as stainless steel, aluminum, carbon steel, and copper alloys. Combined with inspection tools like Keyence vision measuring systems and pneumatic gauges, we strictly control key diameters, hole spacing, and geometric tolerances.

We recommend providing 2D drawings and 3D models with key dimensions and tolerance requirements. This allows us to evaluate the optimal process route and provide delivery services from single-piece prototyping to mass production. Whether for small-batch trials or large-scale production, we offer one-stop solutions ranging from material selection and machining to surface treatment.