3D Modeling
SolidWorks parts and assemblies, from sketch to production-ready parametric model. Photorealistic Keyshot renders available for your product presentations.
10 years of automotive machining and design experience, distilled into every drawing I produce. A fast answer, guaranteed — no design office that keeps you waiting three weeks for a reply.
SolidWorks parts and assemblies, from sketch to production-ready parametric model. Photorealistic Keyshot renders available for your product presentations.
ISO-standard manufacturing drawings, GD&T tolerancing, bills of materials — ready for your suppliers.
Machine tooling design, inspection jigs — my specialty, forged on the real production floor.
Reworking parts deemed "impossible to machine" — I know where to find the problem, and how to fix it.
3D scan, point cloud or existing part → rebuilt into a usable STEP model for manufacturing or redesign.
From heavy industry to consumer products — events, cycling, motorized toys, vaping. Click a thumbnail to zoom.

Raw scan mesh with torn edges and visible facets (left), rebuilt as continuous surfaces and closed into a STEP solid (right). Clean geometry, editable in CAD and ready for manufacturing.

Client-supplied triangulated STL (left) rebuilt as a parametric solid (right): edges and fillets restored, a file the machinist can open and cut straight away.

Welded structure for stage access, assembled profiles, integrated guardrails.

Tiered seating assembly + load-bearing structure + perimeter cladding.

Suspension and multi-link mechanism, triangulation, ball-joint articulations.

Split-collar clamping, safety pin, multi-axis adjustment.

Folded sheet-metal mount, belt-and-pulley shaft drive.

Structural strength verification before manufacturing, margin to yield strength.

Exploded view with full bill of materials, functional cross-section.

Base frame part, positioned drilling, black oxide finish.

Shaft housing, section A-A, tight drilling tolerances.

Worm-gear inspection tooling, full cross-section, 19 referenced components.

Quench-and-temper 58-60 HRC, H7 tolerances, coaxiality control.

Nitriding HV>700, Ra 0.8, g6/H7 fit tolerances.

Press inspection tooling, hardened 58-60 HRC.

Product development, visualization of operating clearances and internal joints.

Photorealistic visualization for product presentation, brushed stainless finish.
Materials & Mechanical Engineer
A young company, but ten years of industrial experience that directly benefit your project — not a promise, a track record.
Design and production follow-up in real conditions, not just in a design office.
I design AND I know how to machine. I spot upfront the drawings that will cause trouble on the shop floor.
No large design office: a single point of contact, replies within 24h.
My previous projects are often covered by industrial confidentiality — public reviews will build up with my next clients. You could be the first.
Tight tolerancing is expensive to manufacture. Knowing where it really matters — and where it doesn't — is what keeps a project on budget.
I size parts for the clearance actually required, calculate dimension chains upfront, and only apply tight tolerances where it changes the assembly's behavior. Everything else stays at standard tolerance — and that shows directly on the machining quote.
Machining, sheet metal, welding, boilermaking: I don't only talk to machinists. Depending on the part, I know how to point toward the right process and talk directly to the right fabricator — which avoids over-specifying a part that should simply have been bent or welded.
Grade selection based on the real application — mechanical properties, heat treatment, machinability, cost. A part nitrided to 700 HV doesn't have the same spec as a black-oxide part: I know that before drawing, not after the first machining trial.
Rapid prototyping, short-run parts or non-critical jigs — I use 3D printing as a complement to machining, to move fast when the part allows it and keep machining for what truly requires it.
Fast response guaranteed, within 24h.