NstepMedia 3D Design

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#Product Design#3D print#industrial design#animation#Rendering#Inventor#Simulation#Fusion 360#parametric design#GD&T#CAD Design.#PolygonModeling#CAD/CAM#2d Design#Packaging#Slicing#.stl#.obj#.step#Fusion Cloud services#Part analysis
Service rate US$75.00 / hour
Min. order 1 hour
Service ability 1 hour / week
Avg. production time 1 week

Description

  Parametric CAD Designer | 3D Scanning, Assemblies & Prototyping Specialist Scan-to-CAD Expert | Precision Parts & Assemblies for Machining & 3D Printing Industrial 3D Design | Fusion 360 & Inventor Modeling for Prototyping About This Service Turn your physical parts or rough concepts into production-ready digital assets. I provide professional parametric CAD design and 3D scanning services. I specialize in bridging the gap between physical objects and digital manufacturing. Whether you have a raw 3D scan that needs to be reverse-engineered or a complex mechanical assembly that requires prototyping, I deliver clean, editable, and highly accurate models optimized for real-world production. Core Capabilities 3D Scanning & Reverse Engineering: Transforming raw mesh scan formats into clean, parametric CAD geometry. Parts & Assemblies: Designing individual mechanical components and complex, multi-part interactive assemblies. Functional Prototyping: Developing and refining initial concepts into working physical prototypes. Design for Machining (DFM): Engineering parts specifically optimized for CNC machining with proper tolerances. Design for 3D Printing: Preparing, repairing, and optimizing models for additive manufacturing. Supported File Formats Native Source: Autodesk Inventor (.ipt, .iam), Fusion 360 (.f3d) Universal CAD: STEP (.step), IGES (.igs) 3D Printing & Scan Formats: STL (.stl), OBJ (.obj), 3MF, PLY Why Choose Me? Manufacturing Mindset: I design with the end production method in mind, ensuring your parts are actually machinable or printable without costly errors. True Parametric Models: I rebuild 3D scan data into feature-based models so you can easily modify dimensions later. Assembly Validation: I test fit, clearance, and motion constraints digitally before you spend money on physical production. The Project Workflow Intake: Send over your 3D scan data, physical parts, or design sketches. CAD Modeling: I build the parametric parts and verify the assembly fitment. Optimization: The model is tailored specifically for either machining or 3D printing. Delivery: You receive fully editable native files alongside production-ready STEP and STL files. Ready to take your project from scan to production? Message me today with your files or sketches for a custom quote!