3D Model 1000349102

3D design and modeling of bushings for construction machinery , commissioned by RATIN construction company , CHINA Features ; . Designed according to mechanical engineering standard . Manufacturing - ready

3D Model Helical Gear Reduction Assembly

project featuring dual helical gears mounted on parallel shafts within a machined housing. Includes bushings/bearings for shaft support and through-shaft output on both ends. Modeled in SolidWorks with full

3D Model Precision Vehicle Dynamics & Suspension System Design

absorber/damper mounting and custom upright geometry. High-precision tolerance fitting across all links, bushings, and pivot joints. Designed with manufacturability and serviceability in mind.

3D Model 31. Standardized Retaining Hardware: E-Clip

Once seated, it acts as a mechanical shoulder. It physically prevents components—like bearings, bushings, or linkages—from sliding laterally off the shaft.

3D Model Grinding mechanism

mechanisms. This design utilized custom designed cutting wheels, a dc gear motor, spur gears, and bushings. During the prototyping the parts were 3D printed for quick turn around and low cost (plastics and

3D Model Compact High-Torque Geared Hand Tool

resolved without compromising strength or assembly. ## Action: Engineered the gear train, fits, bushings, housings, materials, heat treatment, drawings, and manufacturing tolerances, then reviewed First

3D Model Twin-Cylinder 150 PSI Steam Engine

integrity of the part within safe limits. The work also included creating a full CAD assembly with brass bushings and louver housing.

3D Model FEA Model Aluminum Part under Load

integrity of the part within safe limits. The work also included creating a full CAD assembly with brass bushings and louver housing.

3D Model ball_lock_alignment_assy

plates using alignment plate. Note: for this system fixtures would have their primary and secondary bushings in corners at each end of plate all other ball lock locations would be machined to clearance dimensions

3D Model Power Hammer Assembly – Motion & Dynamic Analysis

mechanical power output at 100 blows per minute. Redundant mates were resolved and replaced with bushings and distance constraints to stabilize the simulation. Practice/concept project — no real client