Expert CNC toolpath programming and 3D CAD modelling for precision manufacturing. From complex 5-axis parts to full product design — engineered to exact tolerances.
End-to-end CAD/CAM and 3D printing and software solutions for modern manufacturing workshops and engineering companies.
High-efficiency CNC toolpath programming for milling, turning, and multi-axis machining. Optimised for cycle time, tool life, and surface quality.
Precision 3D modelling for parts, assemblies, and product design. From concept sketches to production-ready models with full technical documentation.
Professional additive manufacturing using FDM technology. From single prototypes to small series production — fast turnaround, precise layer resolution.
Design for Manufacturability (DFM) reviews, process optimisation, and tooling recommendations to reduce production cost and lead times.
Capable of handling complex geometries across a wide range of materials and machining strategies.
2.5D through full simultaneous 5-axis machining. Complex contours, undercuts, and deep cavity work.
Turning and mill-turn programming including threading, grooving, and complex profiles.
Full understanding of geometric tolerancing — GD&T, fits, and surface finish specifications for tight-tolerance work.
Aluminium, steel, stainless, titanium, plastics, brass — strategy selection optimised per material.
MACHINING CAPABILITIES
SUPPORTED AXES
FILE FORMATS
Professional FDM 3D printing — from digital model to physical part. Fast, cost-effective, and capable of complex geometries impossible with traditional machining.
IDEX Dual-Head Printer
Printer Specifications
| Print Volume | 330 x 240 x 240 mm |
| Layer Resolution | 0.01 mm min. |
| Print Head | IDEX (Dual Independent) |
| Max Nozzle Temp. | 300 °C |
| Max Bed Temp. | 110 °C |
| Technology | FDM |
3D printing creates objects directly from digital models using an additive process — building the part layer by layer. We use FDM (Fused Deposition Modeling), depositing thin layers of thermoplastic filament to form the finished object.
Material selection, printability analysis, and technology planning.
CAD model preparation — supported formats: STL, OBJ, 3MF and more.
Slicing software generates the G-code print file including temperature, speed, and layer settings.
The printer builds the object layer by layer from the loaded file data.
Support removal, surface finishing, and quality inspection as required.
Parts ready in hours or days, not weeks. Ideal for urgent prototypes and short-run production.
Significantly lower cost than conventional CNC machining for complex or low-volume parts.
Internal channels, organic shapes, and lattice structures impossible to machine conventionally.
Additive process means minimal waste — only material used is what becomes the part.
Industry-standard CAD/CAM platforms and engineering tools — so your files are always compatible.
CAD / CAM / Simulation
Parametric Design
CAM Programming
3D CAD Design
CAM Programming
CAM Programming
2D Drafting & Drawing
3D Print Slicing
20+ years of hands-on CNC/CAM engineering, now channelled into building the software that manufacturing businesses actually need — from post-processors to full applications.
Custom Autodesk Fusion 360 post-processors for Heidenhain, Siemens Sinumerik 840D, Fanuc and NCT controls — built and maintained by someone who has run these machines.
Free calculators built for the machine shop: cutting speed & feed rate, and ISO tolerance/fit lookups (Tolerance Extra).
CRM and production-tracking systems tailored to manufacturing and engineering companies.
Flutter, Android and web applications — full software development portfolio at design3dprof.com.
Quick answers for anyone comparing CNC/CAM providers or looking for manufacturing-aware software development.
Design3DProf builds and maintains custom Autodesk Fusion 360 post-processors for Heidenhain (iTNC426/530/620), Siemens Sinumerik 840D, Fanuc and NCT controllers, based on 20+ years of hands-on CNC programming experience.
Yes. Design3DProf combines CAM programming, CAD design and post-processor development with custom software development (business systems, calculators, web and mobile apps) — one contact for both sides of a manufacturing project.
Yes — CRM and production-tracking systems, shop-floor calculators (cutting speed, ISO tolerances), and other tools shaped by real machine-shop experience, not generic templates.
Yes, Design3DProf works remotely with clients across Europe and worldwide, and has done on-site work in Hungary, the Netherlands, Finland and Norway.
A selection of machined parts, CAD models, and 3D printed pieces across various industries and materials.
A structured, efficient workflow that gets your parts programmed and ready for production — fast.
Send your CAD files, drawings, and specifications. I'll review and confirm feasibility.
I'll flag any design-for-manufacturability issues before programming starts — saving time and cost.
Toolpath creation or print file preparation, simulation, and optimisation for your machine.
Full simulation and collision check before delivery. Zero surprises on the machine.
G-code, setup sheets, and tool lists — plus post-delivery support if adjustments are needed.
Have parts to program, design to model, or prototype to print? Send the details and I'll get back to you with a quote within 24 hours.
Currently accepting new projects
Typical response: under 24 hours