Designer
nirjald722
CAD Modeler & 3D Product Designer | Engineering Background | Fusion 360 & SolidWorks
model what I see I understand how parts are manufactured, how assemblies fit together, and what tolerances actually matter. That means fewer revisions, fewer surprises, and models that work in the real
3D Model
Design for 3D Printing:Additive Manufacturing: FDM/SLS/SLA:Prototyping
Material: PLA: ABS/ASA: PETG: Nylon, Carbon-Fiber Filled, TPU: Resins or Metals Dimensional Accuracy & Tolerances 0.2–0.5 mm for FDM; finer for SLA/SLS).
3D Model
Emerald Halo Engagement Ring — Inspired by Princess Diana | CAD Design Rhino + MatrixGold
Designed in Rhino + MatrixGold with production feasibility in mind: prong angles, halo diamond seat tolerances, and shank proportions optimized for castable resin 3D printing. Rendered in Keyshot
3D Model
Shifter
with attention to functionality and fit. The model was optimized for 3D printing, ensuring proper tolerances and surface quality. Final deliverables included STEP and STL files, ready for manufacturing and
Designer
NAMCAD
2D Drafting, 2D Design, and Yacht & Marine Expert
complex models as we as being able to produce manufacturing drawings with Geometrical Dimensions and Tolerances. Areas Covered: 3D CAD modelling, Mechanical Design, Solidworks, AutoCAD and I am also able to
Designer
Gonbrifer
Industrial Designer
Revit, 3dsmax and Blender. Core Skills: - Drafting - Mechanical Design - Geometric dimension & tolerances - 2D & 3D modelling - Technical drawing - Schematics - Renders
Designer
jonathanb3
CAD Specialist with Commercial 2D&3D experience
•Designed several components for High Pressure Aluminum Die Casting Dies •Problem Solving using tolerances and function •Designed a part on a Die Cast Machine that is now a Global Company Standard •Achieved
Service
I will create 3D models for your 3D printing design project
between complex engineering and additive manufacturing, ensuring every part is designed with proper tolerances, structural integrity, and printability in mind.
Job
Create Manufacturable CAD File from Physical Part
and measurements provided.
2. Producing a 2D technical drawing with all necessary dimensions, tolerances, and notes for manufacturing.
Final deliverables must include:
• A 3D Model in .STEP format
3D Model
Precision Sheet Metal Enclosure & Mounting Bracket Assembly
interlocking mechanisms, and optimized bend reliefs to prevent material tearing. Maintained strict folding tolerances within ±0.20mm and included custom perforation patterns on the front door for thermal management