CNC-programmering Jobs

I need a skilled CNC programmer to create custom one-off parts from Kaizen Foam. Key Requirements: - Design custom parts from scratch - Program CNC machines for precise cutting - Experience with Kaizen Foam is a plus Ideal Skills and Experience: - Proficiency in CAD software - CNC programming expertise - Strong attention to detail - Ability to work independently and meet deadlines Please provide samples of previous work and a clear timeline.

I’m building a multi-level wooden toy garage and need a complete CAD file I can send straight to my CNC router. The piece will be cut from hardwood and I’d like it to have a cosy, rustic look—think gentle curves, visible joinery, and details that feel handcrafted even though they’re machine-cut. Key features to embed in the model • Several pull-out drawers to hide loose toy cars and parts • Smooth ramps that allow vehicles to roll between levels without snagging • Open shelves for easy display of favourite cars What I need from you 1. A fully dimensioned 3D model (Fusion 360, SolidWorks, or comparable) showing how every part locks together. 2. CNC-ready 2D toolpaths/DXF files laid out for standard sheet sizes so I can run them on my router...

Project Title: Custom Modern Shelby Cobra Design – Chassis + Aluminum Body Buck Development Project Description: I am building a custom modern interpretation of a classic Shelby Cobra and am looking for an experienced automotive designer/engineer to help bring the project to life. I already have a reference image that represents the general look and direction I want for the car. The goal is to maintain the iconic Cobra styling while incorporating modern design elements and updated engineering. Scope of Work: I need full design and engineering support for both the chassis and body structure, including: 1. Chassis Design Design a chassis inspired by the original Shelby Cobra Integrate modern improvements for performance and handling Suspension requirements: Independent suspension (IDS)...

The goal is to take my current knowledge of SolidWorks, AutoCAD, and CNC programming up a notch—quickly. I already handle the basics comfortably, so the lessons should bypass entry-level topics and dive straight into advanced modelling strategies, assembly management, complex surfacing, simulation set-ups, and tool-path optimisation for CNC. SolidWorks is the priority. AutoCAD and general CNC workflow can be woven in as supporting modules, but every session should keep SolidWorks at the centre. I want practical, project-based instruction that mirrors real production challenges rather than textbook examples. Screen-sharing, live Q&A, and sample files that I can keep working on between meetings will help cement the concepts. Turnaround is critical; I’d like the first sessio...

Für ein aktuelles Projekt brauche ich präzise CNC-bearbeitete Aluminiumteile. Ich liefere dir STEP- oder IGES-Dateien mit den finalen Maßen; du sorgst für die spanende Fertigung einschließlich Entgraten und Qualitätskontrolle. Wichtige Eckpunkte: • Material: Aluminium (keine Mischlegierung) • Verfahren: CNC-Fräsen oder ‑Drehen – bitte angeben, welche Maschinen du nutzt • Stückzahl: zunächst Kleinserie; Skalierung bei passender Qualität möglich • Toleranzen: ±0,05 mm oder besser • Oberfläche: sauber entgratet, ohne Grat oder Kratzer, optional Glasperlstrahlen Lieferumfang: 1. Fertigteile innerhalb der vereinbarten Frist 2. Prüfprotokoll oder Messbericht 3. Kurzes ...

PROJECT TITLE Development of a Complete Engineering Guide & Manual for Industrial 4x8 CNC Router (₹2,00,000 Budget, Full Servo, DSP Controlled, 3 Axis, 4th Axis Ready) --- 1. OBJECTIVE Develop a complete, structured, engineering-grade documentation package (book + visual guide) that enables a fabrication workshop to: - Design - Source - Manufacture - Assemble - Wire - Configure - Calibrate - Operate a 4ft x 8ft CNC Router Machine under a strict ₹2 lakh budget. The final output must function as a self-contained manufacturing manual, requiring no external expertise. --- 2. DELIVERABLES 2.1 Primary Deliverable - A print-ready PDF manual (80–120 pages minimum) - Structured like an industrial engineering handbook 2.2 Secondary Deliverables - All diagrams and illustrations...

I need CNC-cut plywood furniture frames. The components should be precise and ready for assembly. Ideal Skills and Experience: - Proficiency in CNC machining - Experience with plywood and furniture design - Attention to detail and quality craftsmanship Be able to give input for changes, Be open to the fact you could be part of something amazing Please provide samples of previous work.

I have a product concept that is only sketched out in my head and a few rough notes. From those ideas I need a full digital package that can go straight to the shop floor. The scope covers three linked tasks: • Detailed 2D AutoCAD plans with all the manufacturing dimensions and tolerances • A clean 3D model plus perspective views for visual approval and marketing use • CNC-ready programming files so the part can be machined without further edits Everything must line up for real-world production, so accuracy and an understanding of machining constraints are critical. If you routinely create drawings for mills, lathes, or routers and can post-process to common G-code formats, you are exactly who I want to team up with. When you respond, please include: – A sampl...

I need a straightforward CNC program that will cut a clean 12-inch diameter circle from wood that is 3/8" thick on my router. Accuracy at the finished edge is important, so the toolpath must compensate for the bit diameter and leave a smooth perimeter ready for minimal sanding. Please generate and supply: • A ready-to-run G-code file compatible with a standard CNC router controller (GRBL or Mach3 both work here). • A matching design file or DXF so I can verify dimensions before running. • Notes on the cutter size you assumed, plus recommended spindle speed, feed rate, and step-down for a safe, splinter-free pass. That’s the entire job—once the circle drops cleanly from the spoilboard, we’re done.

I'm looking for an experienced CNC programmer to create NC programs for milling operations on Haas vertical and horizontal machining centers. The milling operations will be 3-axis and will primarily involve steel materials. Key requirements: - Expertise in 3-axis milling operations - Proficiency with Haas CNC machines - Experience working with steel materials - Ability to create precise and efficient NC programs Proficiency using Autodesk Fusion 360 Would prefer someone located in the Milwaukee Wisconsin area. Ideal candidates should have a background in CNC programming and machining, with a focus on 3-axis milling. Please provide samples of similar work done and relevant qualifications.

I’m bringing a premium capsule-style keychain to market and need a mechanical CAD expert to turn my concept into a production-ready model. The part will be milled from aluminum, so wall thicknesses, fillets and tool access all have to make sense for CNC. I already have the exact overall dimensions mapped out; what I’m missing is the fully detailed 3D file and supporting drawings that a machine shop can pick up without questions. Functional notes • Anodised colour variations are planned, so surfaces must be uniform and free of undercuts that trap dye. • An O-ring groove is required to give the capsule a reliable waterproof seal. • One end should discreetly integrate a whistle cavity; the sound hole and airflow path need to be tuned but kept visually hidden wh...

My workshop operates double-head CNC machines driven by both Siemens and Fanuc controls, and every part runs through Surfcam. The immediate need is clean, collision-free CNC programs that fully exploit the two heads, cover any required 3D modelling tweaks, and are ready to post from Surfcam without further editing at the machine. Surfcam projects will arrive as rough part sketches or STEP/IGES models; toolpath generation, head synchronization and final G-code are expected back. Please keep each program simulation-verified inside Surfcam so that when I load it on either controller it runs from the first part. Deliverables • Native Surfcam files with documented operations • Verified G-code for Siemens and for Fanuc (separate posts) Programs that cut accurately on both...

I have developed the functional concept for a professional-grade handheld spray tool that will be used every day in demanding field conditions. The form factor and ergonomics are largely defined; what I now need is a SolidWorks specialist who can translate my sketches and specifications into a fully detailed 3D model ready for prototyping. The core of the job is mechanical: an assembly of metal parts—primarily aluminium and steel—with a robust threaded connection system that can be produced on standard CNC and turning equipment. I will provide a comprehensive brief covering dimensions, performance targets, and load cases as soon as we have an NDA in place. You will retain the flexibility to optimise wall thicknesses, tolerances and fastening choices, and I am open to your reco...

I have a Windows-based laptop sitting next to a brand-new router engraver that is already assembled and wired. My next step is to get GRBL flashed, install a reliable G-code sender (Candle, UGS, or similar), and run a first test carve on both wood and plastic—but I need a patient guide to walk me through it. Here is what I’d like from you: • Remotely guide me through installing the GRBL firmware on the controller board, confirming each step from flashing to verifying the correct baud rate. • Help me choose, install, and configure a Windows-friendly sender (Candle, Universal Gcode Sender, etc.) so that the machine jogs smoothly in all axes. • Calibrate steps-per-mm, limit switches, and spindle settings, then run a simple engraving and a through-cut so I can...

I have a finished 3D prototype model that now needs a complete 5-axis machining strategy in Autodesk Powermill. Because the piece is larger than my machine’s travel, the model must be sliced into manageable sections first, then each slice programmed with a collision-free toolpath suitable for cutting the design in foam. Here’s the workflow I have in mind: • Split the solid model logically so joints are easy to re-assemble and any visible seams fall in low-visibility areas. • Build roughing and finishing strategies for each slice, taking full advantage of 5-axis positioning to minimise tool overhang and avoid unnecessary air-cuts. • Optimise feeds, speeds and step-downs specifically for rigid foam to ensure clean edges without over-machining. • Suppl...