I will help reverse engineer, mechanical fea simulation, 2d injection molding 3d model


About this gig
Greetings!
I am a skilled CAD/CAM specialist with expertise in SolidWorks & SolidCAM, offering high-quality 3D modeling, product design, CNC programming, and simulation services.
I provide a complete, end-to-end engineering service covering mechanical reverse engineering, Finite Element Analysis (FEA) simulation, and 2D 3D injection molding design.
Engineering Services i Offered:
- ️Mechanical Reverse Engineering
- Converting raw scan meshes (STL, OBJ, PLY)
- Parametric 3D CAD solid models
- STEP, IGES, SolidWorks
- FEA Simulation & Validation
- Injection Molding Design (2D/3D)
- ️Design for Manufacturing (DFM)
Do you need to transform a physical part scan into a manufacturing-ready CAD file?
Delivery style preference
Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.
Get to know Laye Tawa
Point Cloud ll Reverse Engineering ll Mold
- FromColombia
- Member sinceSep 2026
Languages
English
FAQ
What software do you use for FEA simulations, and what results do I get?
I primarily use ANSYS and SolidWorks Simulation. You will receive the native simulation file (if requested) along with a comprehensive PDF engineering report detailing Von Mises stress, displacement/deformation, factor of safety (FOS), and optimization recommendations.
Can you optimize a part if it fails the FEA simulation?
Yes! If the simulation reveals high stress concentrations or a low factor of safety, I can perform topology optimization or manual geometric redesign to strengthen the part while balancing material cost and weight.
What do your injection molding deliverables include?
I provide full 3D core and cavity design, mold base layouts, cooling circuit paths, and ejection systems. You also receive 2D manufacturing drawings (DWG/PDF) with clear tolerances, draft angles, and gate locations.
Do you reverse engineer organic or purely mechanical geometries?
I specialize in parametric mechanical reverse engineering. This means I capture the design intent of mechanical components (primitives like cylinders, planes, holes, and concentric features) so they are perfectly functional and editable.

