
Power Tool Gear Components
Small gear forms with different bore and hub details. Review their mating gear, load and installation requirements.
Tool gears, pneumatic mechanism parts, guide components and industrial hardware, shown through existing SINTS product references.


Small gear forms with different bore and hub details. Review their mating gear, load and installation requirements.

Forked mechanism parts with holes and contact features. Define pin fit, travel and load direction.

A stepped guide-related part with multiple openings. Clarify the locating, guiding and connecting surfaces.

A body with intersecting connection features. Review openings, wall transitions and assembly datums on the part drawing.
Examples from the SINTS product catalog, shown for component identification. These are custom parts, not stock specifications. Dimensions, material, supply scope and acceptance requirements are confirmed from your project drawing.
Explore each component in detail, including its interfaces, manufacturing review and drawing requirements.
The fork examples show a compact component that transfers or guides motion. Supply the mating pin, load direction and movement range so the hole fit, fork ends and contact surfaces can be assessed as one assembly. Critical interfaces may need finishing after forming.
The gear examples illustrate a range of hub and bore shapes. For a new project, distinguish steady rotation from reversing or impact duty, and include the mating gear and installation datums. Material and final condition are confirmed against the agreed operating and inspection requirements.
The part drawing and its assembly determine the manufacturing route and the inspection plan.
Load direction, torque, impact, reversing and expected operating cycles.
Pin and shaft fits, travel, stops and contact geometry.
Material, heat treatment, wear surfaces and corrosion requirements.
Dimensional, assembly and agreed functional tests with mating parts.
Include mating parts, operating load and motion, critical fits, final material condition and annual volume.