Fusion 360 Jobs

I need a parametric 150 mm cube enclosure modelled in Autodesk Fusion 360 and ready for FDM or SLA printing. It is a proof-of-concept, so dimensional accuracy and print-ready geometry come first. Key features: - Lid: The inside of the top face holds LEDs in a spiral, 10–20 mm apart. Each LED clicks into a shallow seat that holds it without glue, and a channel carries the wiring to an exit hole. There is a centred camera opening of up to Ø40 mm. - Drawer: A pull-out drawer at the bottom slides on rails and has an outside handle. Its front closes flush, with no gaps. - Plate holder: The drawer holds a 10 × 10 cm sample plate with snap-fit clips. - Printability: Every part prints without supports, with walls of at least 1.6 mm and no overhangs steeper than 45°. Delive...

We are seeking an experienced Industrial / Physical Product Designer to help conceptualize, refine, and bring new physical products from initial idea to production-ready design. You will work closely with our team to turn functional requirements into durable, user-centric, and cost-efficient designs ready for commercial manufacturing. Key Responsibilities: Concept & Ideation: Generate multiple design concepts, ergonomic layouts, and sketch iterations based on technical specs and market use-cases. CAD Modeling & Technical Specs: Create detailed 3D CAD models (SolidWorks, Rhino, Fusion 360, or equivalent) and comprehensive 2D manufacturing technical drawings with exact tolerances. DFM (Design for Manufacturing): Select suitable materials (polymers, textiles, metals, composites) a...

I need a complete Fusion 360 workflow prepared for a new stone-based product I’m developing. The goal is to receive a clean 3D model along with CAM tool-paths that I can load straight into my stone CNC machine. Scope • Create or refine the 3D geometry in Fusion 360 to match my concept sketches (I’ll share them once we start). • Set up the manufacturing workspace, define all required tools and cutting parameters for hard stone. • Generate roughing, finishing and detailing strategies so the part comes off the machine ready for minimal hand polishing. • Hand back the .f3d file plus an exported NC file and a brief note on work-holding and coolant recommendations. I’ll need: STEP file STL file Separate G code compatible with RichAuto A18 controlle...

⚠️ This is NOT a design, CAD, CAM programming or 3D printing job. Nothing new is made, modelled or programmed. We only want files that already exist from real production. Start your bid with your shop name, city and machine list (make, model, control). Bids without them will be ignored. What we’re looking for Machine shops (or people with the shop owner’s permission) that have past 3-axis milling jobs programmed in Fusion 360 and machined on their own machines. Everyday mechanical parts are ideal: brackets, plates, housings, fixtures, or your own products. Files from a shop that has since closed or stopped production also qualify, as long as the parts were really machined and you have the right to share the files. For each part, we need the files you already have: 3D mode...

⚠️ This is NOT a design, CAD, CAM programming or 3D printing job. Nothing new is made, modelled or programmed. We only want files that already exist from real production. Start your bid with your shop name, city and machine list (make, model, control). Bids without them will be ignored. What we’re looking for Machine shops (or people with the shop owner’s permission) that have past 3-axis milling jobs programmed in Fusion 360 and machined on their own machines. Everyday mechanical parts are ideal: brackets, plates, housings, fixtures, or your own products. Files from a shop that has since closed or stopped production also qualify, as long as the parts were really machined and you have the right to share the files. For each part, we need the files you already have: 3D mode...

Mechanical 3D CAD Modeling & DFM for Small Consumer/Trade Device Enclosure Project Overview: I am seeking an experienced mechanical or industrial product designer proficient in [SolidWorks / Fusion 360] to create a production-ready 3D CAD model and STEP files for a compact plastic/composite device enclosure and protective guard component. The project requires translating concept sketches and basic dimensional constraints into clean, parametric 3D models optimized for manufacturing (Design for Manufacture / DFM), specifically considering [injection molding / CNC machining]. Key Deliverables: 3D parametric part files (Source files such as ⁠.sldprt⁠ or ⁠.f3d⁠, plus universal CAD formats like ⁠.step⁠ and ⁠.iges⁠). Basic assembly modeling (if multi-part component). Consideration of wall ...

Hi I will share the details with the shortlisted candidates. thanks

I already have a Fusion 360 design and simply need a few precise tweaks to bring it to its final form. All native .f3d files and reference sketches are ready to share; once you take a look, I’ll point out exactly which features need shifting, trimming, or redefining so you can jump straight into editing rather than rebuilding from scratch. Because it’s a compact job, I’m looking for someone who can demonstrate similar past work—please link to previous Fusion 360 projects or screenshots of before-and-after edits you’ve handled. That track record will let me gauge how quickly you can navigate an existing timeline, parametric history, and the occasional messy sketch. Deliverable: • Updated Fusion 360 file, fully parametric and error-free, reflecting all re...

I need reliable 2-axis CNC programs that will let me cut a series of aluminum parts accurately and repeatably. You will receive the dimensional information I have—this may be a simple sketch, a DXF, or a solid model—and from there I want complete, ready-to-run code for my machine. I work primarily in aluminum plate, so optimal tool selection, feeds and speeds, ramping strategies, and safe entry/exit moves are important. My machine reads standard G-code; if you create toolpaths in Fusion 360, SolidCAM, Mastercam, or a comparable CAM package, just export the post-processed code along with a quick setup sheet so I can verify tools, zero points, and overall cycle time before the first run. Deliverables • Clean, collision-free G-code files for each part • A brief...

I have a set of aluminum components modelled and ready to go; every drawing is available in native STEP format. What I now need are clean, reliable 2-axis toolpaths that I can send straight to the shop floor. You can decide whether the strategy is best suited to a mill, router, or even a small lathe with live tooling—I’m open to whichever approach makes cycle times and surface finish most economical. I haven’t locked myself into any particular CAM package either, so feel free to work in Fusion 360, Mastercam, or another program you trust, as long as the final output is easy for my operators to load. Deliverables • Optimised 2D G-code for each part • A simple setup sheet per job (tool list, offsets, any special notes) • Verification screenshots or si...

I am building a commercial-use library of real, 3-axis milled parts and need reliable CNC shops willing to license their archived work. The focus is strictly on custom parts; prototypes or high-volume production pieces are fine too, but only if they fall under the “custom” umbrella in terms of geometry or setup. Here is exactly what I need for every part you submit: • 3D model of the finished piece • Native Fusion 360 file containing both the model and complete CAM setup (tool paths, tool definitions, setups) • Machine-ready G-code, split into one file per clamp/operation—three files total for a typical three-sided job • 2D drawing that captures basic dimensions and tolerances, full GD&T call-outs, and surface-finish notes • Simple i...

I need a detailed Fusion 360 model of an engine block. The model should include internal components and features, specifically the valves and camshaft. Requirements: - Model of engine block with internal components - Include valves and camshaft - Delivered in .f3d format - understanding of internal combustion engine components Ideal Skills: - Proficiency in Fusion 360 - Experience with engine block modeling - Attention to detail and accuracy

I need to take our existing steel ute canopy and trim the unit cost while keeping strength, durability and a full one-year warranty intact. You will open the current assembly in Fusion 360 (my house software) and work through every opportunity to remove material, simplify joints, and cut processing time without inviting cracks, distortion or fit-up issues. What you’ll actually do • Re-model or simplify parts for sheet-metal nesting, laser cutting and press-brake folding. • Run detailed FEA on all critical panels, weldments and fastener zones, then iterate until stresses stay well below yield even with the leaner design. • Apply sound DFM/DFA thinking—fewer welds, shared bend lines, common hardware—so the canopy is faster and cheaper to build. • ...

Technical Spacecraft Deck Plans & Hull Design — 7-Level Exploration Vessel I am developing a technically believable fictional long-range exploration vessel for a commercial publishing project. This is NOT simply a concept-art or illustration project. The vessel is approximately 165 meters long, 52 meters maximum beam, 29 meters overall height, with seven primary levels. I need a designer/drafter who can develop a coordinated technical vessel layout in either: 1. 3D CAD/modeling with derived deck plans, OR 2. A highly accurate coordinated 2D technical drawing workflow. All seven levels must share the same hull geometry, scale, coordinate system, structural boundaries, and vertical alignment. Elevators, stairs, ladders, machinery spaces, cargo interfaces, exterior openings, s...

Ingeniería inversa de casco wearable STL a CAD paramétrico para impresión 3D Somos una empresa de impresión 3D y diseño gráfico. Tenemos un modelo STL de un casco wearable (fursuit head estilo "Synth") adquirido con licencia. Lo imprimimos en PETG pero las piezas presentan problemas de tolerancia y carecen de features para electrónica integrada. Buscamos a alguien que lo reconstruya como modelo CAD paramétrico y lo mejore para que funcione correctamente como producto impreso en 3D. Lo que necesitamos: Convertir el STL a sólido paramétrico (Fusion 360, SolidWorks o de preferencia FreeCAD) Corregir tolerancias de ensamblaje entre piezas para impresión FDM en PETG Agregar bolsillos para insertos M3, cav...