Job
3D Surface Modeling Designer
(fenders, grilles, rooflines).
2.Injection mold knowledge – draft angles, uniform wall thickness, parting lines.
3D Model
injection-molding
injection molding. The model ensures manufacturability, with proper wall thickness, draft angles, and parting lines suitable for molding. Ready for prototyping and mass production with precise detailing for efficient
Service
I will create 3D CAD modeling, cosmetic packaging surface design, and moldability analysis
volumetric calculations (e.g., 150 ml capacity).
- Mold & injection analysis: Evaluating draft angles, parting lines, and wall thickness uniformity to optimize designs for injection molding.
- Manufacturing packages:
3D Model
aeecd769-6e99-4652-bf41-28188e6beecf
scanners The model includes: • A clean and watertight STL mesh • Moldable geometry with optimized parting lines • Balanced dimensions for human grip and portability Designed with DFMA (Design for Manufacturing
Service
I offer high-precision reverse engineering & scan-to-CAD for automotive components
editable geometry.
- Industry Standard: Models are built with strict adherence to draft angles and parting lines (DfM), ready for mold making.
- High Complexity: Expert at handling intricate Class-A surfaces
Designer
Elvedin
Senior Tool Design Engineer
tooling. My core expertise includes: • Plastic Injection Molds: Advanced cooling systems, complex parting lines, lifters, and multi-slider mechanisms. • Die-Casting Dies: High-durability and robust tool designs
Designer
Rohit_Patil
Expert CATIA Design Engineer | Plastic | Automotive & Product Design Specialist
Plastic part design (ribs, bosses, draft, snap fits) Tooling considerations: sliders, lifters, parting lines Design freeze & ECN handling Team collaboration with cross-functional stakeholders I’m committed
3D Model
Industrial Rubber Injection Molding Design - 3D Assembly & 2D GD&T Drawings
Verification: Includes the 3D model and physical representation of the final molded rubber part to verify parting lines, shrinkage allowances, and draft angles.
3D Model
gear-shifter-cover
injection molding, the design includes proper draft angles, uniform wall thickness, and well-defined parting lines to ensure tooling feasibility and cost-effective production. Surface geometry is refined for a
Designer
JSQIDO
Senior Mechanical Engineer: Professional Reverse Modeling for Automotive & Mold Industries
Production-Ready: All models are optimized for manufacturing (DfM), including proper draft angles and parting lines. Scan-to-CAD: Expert conversion of STL/Point Clouds into high-fidelity STP, IGS, and native formats