Job
Mechanical Product Designer / Engineer – End-Use FDM, DfAM & Compact Mechanisms
polymer/metal assemblies;
tolerances, fits and fastening systems.
Manufacturing strategy
FDM 3D printing with engineering-grade polymers will be the primary manufacturing process for commercial products
3D Model
Multiphase CFD Erosion Analysis of 3D-Printed Polymer Sieve Meshes
Erosion Analysis of 3D-Printed Polymer Sieve Meshes A final year research project combining CFD simulation, design of experiments, and additive manufacturing to study erosive wear in 3D-printed sieve mesh
Designer
armanarch
Architectural & Mechanical CAD Designer - Technical Drafter & 3D Visualization Expert
build-ready technical documentation. - Product & Mechanical CAD Modeling: Precision 3D modeling for prototype development, FDM 3D printing preparation (STL/STEP), and mechanical enclosure designs. - Patented Engineering
Designer
ursaches
Aerospace & Composites Design Engineer | CAD, FEM & CFD (Ansys, CATIA, Fusion 360)
multidisciplinary team of 15+ engineers through the complete design-to-production cycle. What I can do for you: - 3D CAD modelling and detailed design: CATIA, Fusion 360, AutoCAD - FEA / FEM structural analysis and optimisation:
Job
[ 1 week ]3D Product Designer for Prototype
Project Overview:
We are looking for an experienced 3D CAD designer or mechanical engineer to reverse-engineer and design a functional, 3D-printable prototype of an autonomous driving sensor housing (roof
Designer
saeedJa
Senior Mechanical Design Engineer | CATIA V5 (Part/Assembly/GSD/Sheet Metal) | GD&T Specialist
subsystem from 80,000 PPM to zero defects, a result that has held for over four years Piloted FDM 3D printing for functional control gauges, cutting lead time by 93 percent and cost by 87.5 percent, later
Service
Fused Deposition Modeling
of our FDM additive manufacturing services to create high-performance thermoplastic parts and functional prototypes from your CAD designs. We'll connect you directly with the best FDM 3D printing companies
Contest
Vibe CAD: Design a 2 Finger Robot Gripper
flat and clearly accessible
Manufacturing Constraints:
- Design should be suitable for FDM 3D printing or CNC machining
- Minimum wall thickness: 2.0 mm
- Recommended wall thickness: 2.5–3.0 mm
Designer
joeyc1
Mechanical, Mold Design & Manufacturing Engineer
Software: 3D CAD / 2D Drafting: SolidWorks, AutoCAD, DraftSight CAM & CNC Programming: SolidCAM (2D & 3D Milling) Simulation & Analysis: Moldex3D (Mold Flow Analysis) Visualization: KeyShot (3D Rendering)
Designer
peter_nigicser
Mechanical Design Engineer and Researcher | 3D Modeling & FDM 3D printing
machine designs, and research. I specialize in SolidWorks-based 3D modeling, design for manufacturing (DFM), and 3D printing optimization (FDM). I combine attention to detail with creative problem-solving