3D Modeling & CAD
Mechionix offers end-to-end 3D Modeling and Computer-Aided Design (CAD) services that transform ideas into tangible digital prototypes. Whether you're at the ideation stage or heading into production, our team delivers high-precision models and technical drawings ready for prototyping, simulation, and manufacturing.
Work Process
Phase 1: Requirement Analysis
• Client submits initial sketches, references, and
intended product function.
• Our team studies dimensional constraints, load
requirements, and aesthetics.
Phase 2: Conceptual Design
• Create multiple low-fidelity concepts.
• 3D block models for volume and proportion.
• Internal component space planning.
Phase 3: Detailed CAD Modeling
• Create parametric models with SolidWorks or
Fusion 360.
• Assembly models with motion simulation.
• Collision detection and kinematic chain
simulation.
Phase 4: Simulation & Optimization
• FEA for stress, deformation, and thermal
loads.
• Material selection for weight, strength, and
cost.
• Iterative optimization using design of
experiments (DOE).
Phase 5: Final Outputs
• 2D drawings for CNC/3D printing/injection
molding.
• File formats: STL, STEP, IGES, DWG, PDF.
• Full documentation with exploded views and bill
of materials (BOM).
Tools Used
Industries Served
Visual Suggestions
• Before/after sketch to CAD comparison
• Time-lapse of assembly development
• Rendered walkthrough of the product
• Client submits initial sketches, references, and
intended product function.
• Our team studies dimensional constraints, load
requirements, and aesthetics.
• Create multiple low-fidelity concepts.
• 3D block models for volume and proportion.
• Internal component space planning.
• Create parametric models with SolidWorks or Fusion
360.
• Assembly models with motion simulation.
• Collision detection and kinematic chain simulation.
• FEA for stress, deformation, and thermal loads.
• Material selection for weight, strength, and cost.
• Iterative optimization using design of experiments
(DOE).
• 2D drawings for CNC/3D printing/injection molding.
• File formats: STL, STEP, IGES, DWG, PDF.
• Full documentation with exploded views and bill of
materials (BOM).