3D Model
Fully functional EV Scooter
include :- - Rated voltage: 60V - Top Speed : 80 km/h - Rated current: 23A - Torque : 26 Nm - Rated power: 2000W - Gradeability : 20 degrees - Wheelbase : 1400mm - Ground Clearance 145 mm - Load Capacity
3D Model
universal-coupling-assembly
Exploded View • Engineering Visualization Software Used: SolidWorks Applications: • Mechanical Power Transmission • Machine Design • CAD Learning & Practice • Engineering Portfolio
3D Model
Coupling
manufacturability and ease of assembly, making it suitable for industrial applications such as power transmission, conveyor systems, and pumps. This coupling model is presented with detailed dimensions, an
Designer
Vernalis Engineering
AutoCAD, LS Dyna & Siemens NX (Unigraphics NX) Designer
challenges in the following industries: Automotive Forging Industrial machinery Home appliances Power transmission Special purpose machinery Industrial automation Wind energy CORE OFFERINGS New Product Development
3D Model
My Assembly Project
Mechanical Crank and Power Transmission Assembly featuring a multi-groove pulley, shaft, flywheel, crank mechanism, connecting linkage, bearing housing, and structural mounting frame. The assembly is designed
3D Model
Helical Bevel Gear
component features helical teeth cut at an angle for smooth, quiet operation and efficient power transmission between intersecting shafts. The parametric workflow ensures design consistency, facilitates
3D Model
planetry-gear-assembly
precision-modeled Planetary Gear Assembly (epicyclic gearing) designed for high torque density and compact power transmission. The assembly was developed using SolidWorks and consists of four main functional components:
Designer
sujitp1
MECHANICAL ENGINEERING 2D/3D DRAWINGS CAD+SOLIDWORKS
Motor foundations and base plates * Anchor-bolt layouts * Welded fabrication structures 4. Power Transmission & Components * Motors and motor mounting arrangements * Bearings and bearing housings * Shafts
Designer
Godfrey_ambrose
I am a BSc Mechanical Engineer with strong experience in heavy equipment systems, mechanical design,
systems including final drives, torque converters, hydraulic systems, braking systems, and power transmission components. I am skilled in assembly and disassembly procedures, troubleshooting mechanical
3D Model
Worm Screw Design & CNC Lathe Machining (Custom Profile)
industrial transmission systems. Unlike standard commercial threads, this worm gear required a specialized geometry to optimize contact area, reduce friction, and ensure smooth power transmission under high