3D Model
spracket-1
precision mechanical power transmission component designed to transfer rotary motion through a chain drive system. It is manufactured for smooth chain engagement, efficient torque transmission, and reduced wear
3D Model
Robotic Joint Design (2 Stage Planetary Gear Reduction)
fasteners, housing components, and BLDC motor integration. The project focused on mechanical power transmission, gearbox packaging, component integration, and manufacturable assembly design. Particular attention
3D Model
Open-type Vehicle Differential
functionality. Created detailed 3D models and assemblies with proper constraints to simulate motion and power transmission between components. The project includes precise part modeling, assembly structure, and engineering
Designer
priyayashithas
Transmission Line & Substation Design Engineer | AutoCAD, PLS-Tower, PLS - CADD
Engineer with 8+ years of experience in Transmission Line and Substation Design, currently working with a power transmission utility. I specialize in: Transmission tower profiling & spotting Sag-tension
3D Model
Robot-Arm(Suction-End Effector)
system. I initiated this project by designing the various links and components, as well as the power transmission elements. Subsequently, I assembled these components to create the physical arm. Finally, I
Designer
Pritam Sonawane
Mechanical Design Engineer
system, automatic pneumatic bumper, pneumatic sheet cutting machine, multiple hacksaw, magnetic power transmission, chainless bicycle,etc.
3D Model
Rotary Sand Screening Machine (Cylindrical Trommel Screen)
drum, supporting frame, rollers, shafts, bearings, hopper, discharge outlets, and belt-driven power transmission system. This model is suitable for mechanical design studies, manufacturing drawings, project
Designer
caseyp
Thirteen-year experienced engineer with a diverse background in quality, design, and manufacturing.
organizations from mid-market to large international and industries ranging from electric utility to power transmission, and material handling to forestry. Proof of efficient process sustainment and improvement
3D Model
spur gear
Creo Parametric, focusing on accurate gear tooth geometry and mechanical functionality for power transmission applications. The model was created by first defining the gear base profile, pitch circle,
3D Model
Hammer Mill
feed hopper, motor drive integration, structural skid base, maintenance access system, and power transmission layout. The design was developed with strong focus on rotor dynamics, impact load resistance