Prototyping · Kiel & Northern Germany

Prototyp Construction Kiel Ideas quickly into reality

From CAD model to tangible prototype in 24–48 hours. Functional, precise, in your element.

✓ 24h Express · ✓ FDM · SLA · SLS · ✓ Consultation included · ✓ from €20

Which prototype do you need?

We manufacture all development phases – from the initial concept model to the pre-production part.

🎨
Conceptual model
Fast visualisation of form and ergonomics – available affordably within 24 hours.
⚙️
Functional prototype
Mechanically loadable, with threaded inserts and movable elements.
🔩
Fit Prototype
Check the fit of replica parts before mass production.
🚀
Pre-production part
Close-to-production quality for customer presentations and field tests.
📐
Devices
Production tooling and fixtures – quickly adapted.
🔄
Iteration loops
Design changes overnight with no new tooling costs.

From file to prototype

Fast, straightforward and transparent – that's how your order works.

 
File & Requirements
Methods & Materials
FDM, SLA or SLS – we recommend the optimal process.
 
Printing & Finishing
Delivery & Feedback
Delivery or collection. Iterate directly upon request.

Fast. Cheap. Precise.

24 hours
Available
±0.1
mm FDM accuracy
20€
per item
500+
Prototypes manufactured
3D Printing Prototypes Detail – Mach-3D Fabrication
3D printed component during sandblasting.
Mach-3D Quality Control – Hands with 3D Printed Part

Frequently asked questions about prototype construction

What is the difference between a prototype and a production part?

A prototype is used for concept, functional, and fit testing – quickly manufactured and cost-effectively iterated. A series part is optimised for repeatability and volume. With 3D printing, we bridge both worlds: concept models are available in 24 hours, functional prototypes made from near-series PA12 or PC in a few days. Development teams in Kiel use us as a rapid extension of their internal design department – before expensive injection moulds are built.

How quickly can I get a prototype?

Simple concept models are ready in 24 hours. We deliver functional prototypes with post-processing, surface treatment, or inserted threaded inserts within 2–4 working days. Compared to CNC milling or injection moulding, this saves 2–6 weeks and often several thousand euros per iteration. Companies from Kiel, Neumünster, and the surrounding areas of Hamburg particularly use our express option for trade fair deadlines and pitch presentations.

What prototype types do you manufacture?

Concept models (economical, fast, for form and ergonomics), functional prototypes (mechanically loadable, with threaded inserts and moving parts), fit prototypes (for fit testing in the installation environment) and pre-production parts (documented, repeatable, for internal acceptance or customer presentation). We also manufacture zero series up to 50 pieces upon request. We will clarify which type is sensible for your development phase in a free consultation – also by phone or video.

Can I get technical advice?

Yes, always included and at no extra charge. We check every file for printability, wall thicknesses, overhangs and material combinations. If necessary, we provide specific Design for Additive Manufacturing (DfAM) recommendations to make your component more stable, lighter or cheaper. Customers from mechanical engineering and medical technology in Kiel particularly appreciate our honest assessment: If milling or injection moulding is more sensible than 3D printing, we'll say so.

How much does a 3D-printed prototype cost?

FDM concept models start from €20–80, depending on volume and material. Functional prototypes made from technical materials (PA12, PC, PEEK) cost €50–300, depending on complexity. For larger projects or recurring orders, we create framework offers with fixed unit prices. You will receive a free quote within 24 hours of receiving your files – for customers in Kiel, this can also be discussed directly in person on-site.

Can you also deliver to Northern Germany or come on-site?

Yes. We reliably deliver to all northern German federal states – Schleswig-Holstein, Hamburg, Mecklenburg-Vorpommern, Bremen, and Lower Saxony. Express shipping via DHL is available throughout Germany. For larger projects or personal handovers, we can also come directly to you in Kiel, Lübeck, Flensburg, Rendsburg, Neumünster, or Hamburg. Regional proximity is important to us: many of our regular customers from Kiel's industry value the close contact and fast response times.

How much does your component cost?

Upload file, choose material, see guide price instantly – with tiered pricing for small batches. No-obligation and free of charge.

To the 3D printing calculator

Further services from Mach-3D

Scanning, printing, and prototyping from a single source.

3D-Scan Service

High-precision digitisation for reverse engineering & QA

3D Printing Service

FDM, SLA, SLS – Individual parts and small series from 24 hours

Faster Prototype construction in Kiel significantly shortens your development cycles. Instead of waiting a long time for external manufacturers, prototypes at Mach-3D are created directly from your CAD data – testable, customisable and reproducible in a short time.
Whether a design study, functional prototype, or installation test: prototype construction in Kiel using 3D printing saves tooling costs and makes iterations economical. The basics on the subject are provided by
This way, any idea becomes a tangible component in a short time – a clear advantage for development and design in the Kiel region.

Request a prototype

Send us your STL or STEP file – we'll respond with an assessment and quote within 24 hours.

Prototyping Kiel: From Idea to Functional Part

Prototyping Kiel with Mach-3D: Concept models in 24 hours, resilient functional prototypes in 2–4 working days – directly from your CAD data, with honest advice on printability.

From prototype construction in Kiel to small-scale production, it's a short journey with us: the same machines, the same parameters. Calculate your part in the Quote Calculator or learn additive manufacturing in the Mach-3D Academy.