Services

Technical solutions organised by goal

Choose the service closest to your project: each section includes processes, post-processing and technical context.

CNC prototypes

High-precision functional components.

3D printing

Fast technical and aesthetic prototypes.

Tooling and pilot runs

Pilot batches and controlled production.

3 and 5-axis CNC milling

Precise milling on complex geometries.

CNC turning

Turned, finished and inspected parts.

Design and engineering

From technical idea to manufacturable product.

CNC workshop

CNC prototypes

Do you have an ambitious project where tolerance errors are not an option? Our CNC workshop shapes your ideas with micrometric precision.

Key points

Absolute precision: machining on a wide range of metals and engineering polymers.
Speed: prototypes ready for functional testing in a few days.
Flexibility: from single units to pre-series, without compromising quality.
Technical support to optimise design, tolerances and product specifications.

Available post-processing

Pre and post-machining heat treatments
Laser marking
Dimensional checks with inspection report

Upload your 3D file and receive a tailored quote.

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CNC machining on brass — CNC on brass, technical finish.

CNC-machined titanium component — CNC on titanium, precision and strength.

Additive manufacturing

3D printed prototypes

We create aesthetic and functional 3D printed prototypes, selecting materials and parameters according to strength, finish, timing and intended use.

Key points

FDM technology: ideal for robust prototypes, functional parts, jigs, covers and small batches.
SLA technology: suited to fine detail, smooth surfaces, complex geometries and aesthetic prototypes.
Fast validation of shapes, dimensions and fits before production.
Functional components with engineering polymers and fibre-reinforced composites.
Aesthetic prototypes with painting, marking and metal insert installation.
Support in choosing the most suitable technology according to detail, strength and finish.

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Technical 3D printing detail — Ruler 3D printed.

3D printed component — Handle 3D printed.

Front view resin prototype — SLA resin print front detail.

Rear view SLA resin prototype — SLA resin print rear detail.

Industrial pre-series

Prototype tooling and pilot runs

We take the product beyond a single prototype: rapid tooling, modular fixtures and pilot runs with real injection-moulding materials.

Key points

Rapid aluminium tools for batches from 100 to over 1,000 pieces.
Modular steel tools for functional tests and pre-series with fast geometry changes.
Final production tools to make the transition to industrial production safer.
Tailored solutions for validation, sampling and pre-production needs.

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Components produced in pilot runs — Pilot run for validation and pre-production.

Tooling for pilot runs — Tooling rapid tooling for pilot batches.

Quick comparison

Benefits for your project

Tooling pilot runs bridge single prototyping and mass production.

Feature	Single 3D prototype	Tooling pilot run	Mass production
Typical volume	1 - 5 pcs	10 - 10,000 pcs	10,000+ pcs
Surface finish	Visible layer lines	Moulded / overmoulded quality	Excellent / final tool
Initial cost	None	Limited with low-cost tooling	High for steel tools
Lead time	24 - 48 h	2 - 3 weeks	Several months

3 and 5-axis

3 and 5-axis CNC milling

We manufacture high-precision prototypes with 3 and 5-axis CNC milling, ideal for product development, functional testing and small batches.

Key points

Fast machining with precise tolerances and high surface quality.
A process suited to complex technical parts, functional prototypes and small batches.
Sectors: automotive, aerospace, medical, energy and technical components.
Support from technical drawing to prototype in short timeframes.

Available post-processing

Pre and post-machining heat treatments
Laser marking
Dimensional checks with inspection report

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5-axis CNC milling on steel — Milling 5-axis on steel.

Precision CNC milling detail — CNC detail precision detail.

CNC milled component — CNC milling on technical geometry.

3 and 5-axis CNC machining — Machining 3 and 5-axis.

Axisymmetric components

Precision prototypes with CNC turning

We turn ideas into real, precise prototypes ready for testing. Advanced CNC turning enables tight tolerances, quality finishes and fast lead times.

Key points

Maximum precision with digitally controlled CNC machining.
Rapid prototyping to reduce the time between design and product.
Technical solutions for specific industrial needs.
Technical support to optimise design, manufacturability and costs.
From single units to small batches for testing, development and pre-production.

Send us the STEP file or technical drawing to receive a fast quote.

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Precision CNC turning — CNC turning axisymmetric machining.

Technical office

From idea to product

We support customers with a clear method: listening, feasibility, modelling, checks, technical drawings and production preparation.

Assembly study and 3D modelling

Turn ideas into reality with our design office. We develop parts, assemblies and complex systems focusing on functionality, assembly and production.

Requirement analysis: goals, technical, functional and economic constraints.
Concept design: comparing solutions and choosing the most effective direction.
3D solid modelling: parametric models of parts and complex assemblies.
Technical drawings with dimensions, tolerances and production specifications.

Feasibility studies and simulations

We assess technical, economic and operational feasibility before production investment. Simulations allow scenarios, risks and performance to be tested digitally.

Technical feasibility: technologies, skills, critical points and production solutions.
Economic feasibility: estimated costs, return on investment and alternatives.
What-if simulations to validate assumptions and stress-test the project.

Product and project engineering

A prototype proves that the idea works; engineering proves that the product can be manufactured efficiently, economically and repeatedly.

DFM, DFA and DFC to adapt geometry, assemblies and costs to industrial processes.
Final BOM, supplier sourcing and 2D/3D technical drawings with precise tolerances.
Tooling, operating instructions and PVT to validate rate, quality and production process.

Validation and certifications

We support customers through technical and functional verification before moving to production.

Validation of the engineered prototype to confirm readiness for production.
EVT and DVT tests to check function, strength, reliability and behaviour in use.
Preparation for CE or FCC certification processes through qualified external laboratories.

Ready to start?

Do you already have a STEP file, a technical drawing or just an idea?

Upload your project or tell us what you want to achieve: we help you understand materials, technology, feasibility, costs and next steps.

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