3D Model Industrial Screw Conveyor Drive Assembly – 3D CAD Design & Rendering

engineering logic behind each component This design highlights my experience in: industrial machinery power transmission systems rotating equipment design sheet metal and weldment structures realistic presentation

Designer Viral Kumar

CAD and Product Design engineer

Innovative Design • Value Addition • Higher Quality Vision & Mission: "To establish a global “Power Transmission Design Centre” to help our customers to achieve their objectives of innovation, cost reduction

2D Drawing 3D CAD Modeling AutoCAD Autodesk Fusion 360 CAD Conversion CAD Customization CAD Design CAD Drafting CAD Modeling CAD Services CAD/CAM CAD/CAM Design CAE Analysis CAM CATIA Design and Analysis Design Development Engineering Services Product Design PTC Creo Parametric Rendering Siemens NX (Unigraphics) Simulation SolidWorks Transmission Design

Designer igors9543

Mechanical engineering professional with CAD experience

(FEA), thermodynamics, heat transfer, fluid mechanics, strength of materials, machine design, power transmission systems, hydraulics, pneumatics, reverse engineering, manufacturing processes, and CAD/CAE

2D to 3D Modeling 3D Modeling 3D Models of Machine Parts 3D Presentation Design Aerospace Engineering ANSYS CAD Design CATIA Civil Engineering Design for Assembly Design for Manufacturing DFA (Design for Assembly) Engineering Design Engineering Drawing Engineering Project Management FEA FEA Analysis FEA Finite Element Analysis Finite Element Analysis FMEA Heat Transfer Hydraulics Isometric Drawing Services Machine Design Manufacturing Processes Mechanical CAD Design Mechanical Design Mechanical Design Services Mechanical Drafting Mechanical Drawing Services Mechanical Engineer Mechanical Engineering Paper to CAD Conversion Part-to-CAD Modeling PDF to CAD Conversion Pneumatics Prototype Design Prototype Design Engineering R&D Engineering Reverse Engineering Solidworks SolidWorks SolidWorks Design Services SolidWorks Engineering Services Strength of Materials Structural Analysis Technical Documentation Thermodynamics

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

Abaqus Altair Hypermesh Altair Radioss AutoCAD Autodesk Inventor Automotive Design CAD Design CAD Drafting CAD Modeling CATIA Concept Design FEA FEA Analysis Forging Industrial Automation LS Dyna Machine Design New Product Development Oil & Gas Product Design Product Development PTC Creo Parametric Reverse Engineering Siemens NX (Unigraphics) Solid Edge SolidWorks

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: