Timothy.Fisser Get in touch
3D · CNC · UV print · Design

From sketch to part — digitally fabricated.

Anything from a quick prototype 3D print to fully engineered parts that move through a chain of 3D printers, CNC machines and UV printers to come out as the finished thing.

Approach

One workshop, every step.

It usually starts with an idea — sometimes a quick sketch, sometimes a problem nobody has a part for yet. From there it moves into 3D CAD, then off to whichever machines best fit the job. Most of the time it's a combination: a 3D-printed body, a CNC-cut plate, a UV-printed graphic on top.

The point is precision and turnaround. Small batches, custom one-offs, prototypes, scale models, jigs, brackets, casings, signage — anything where digital design meets physical material.

See the work →

3D printer and CNC work
Capabilities

The machines & what they make.

Each machine has its sweet spot. Most projects pass through more than one.

3D printing

FDM and resin — from quick functional prototypes in PLA to fine-detail resin parts. Great for prototyping, casings, brackets, custom replacements and one-off creations.

  • FDM & resin printing
  • Functional prototypes
  • Custom parts & jigs
  • Scale models

CNC machining

Subtractive precision — milling and routing wood, plastics and soft metals to tolerances 3D printing can't reach. Ideal for plates, panels, mechanical parts and structural components.

  • Wood, plastic & aluminium
  • Tight-tolerance parts
  • Brackets, plates, panels
  • Repeatable production runs

UV printing

Direct-to-substrate full-colour UV printing on almost anything flat — wood, plastic, metal, acrylic. Crisp graphics, custom labels, branded panels and finished surfaces.

  • Full-colour direct print
  • Multi-substrate (wood, acrylic, metal…)
  • Custom labels & branding
  • One-off & small-batch

3D design & modelling

Most of my work starts on a screen — parametric CAD, mesh modelling, technical drawings. The cleaner the model, the better the part comes out the other end.

  • Parametric CAD
  • Mesh & organic modelling
  • Technical drawings
  • Reverse engineering
Process

How an idea becomes a part.

01

Brief & sketch

Talk through the problem. Reference parts, dimensions, materials, finish. Quick sketches to align on direction.

02

3D model

Detailed CAD model with the right tolerances, joints and tool paths in mind from the start.

03

Fabricate

Print, mill, route or UV-print — sometimes one machine, often a chain of two or three.

04

Finish & ship

Cleanup, sanding, assembly and any final UV graphics on top. Hand over the finished thing.

Gallery

A selection of recent work.

Prototypes, custom parts, scale models, signage — projects that have rolled off the machines.

Get in touch

Got something that needs making?

Prototype, one-off, custom replacement, scale model — if it can be designed, it can probably be fabricated. Send a quick message with what you have in mind.

Email Info@Fisserbv.be Phone +32 474 04 71 91 Back to Homepage