Produit
Wingfoil / high-performance watersports equipment
Carbon wingfoil foil — functional prototype
Process
CAD + CNC-machined master + vacuum carbon lamination
Gain
Produit
Usage
Functional prototype
// Hybrid composite workshop — France
Give life to your partscomposites.
3D design, CNC machining, moulds and custom composite manufacturing, from prototype to small series.
3D · Composite · CNC
Response within 48h
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Wado Composite manufactures custom composite parts by combining 3D printing, composite mould making and CNC machining. Carbon fibre, fibreglass, prepreg, vacuum infusion, we choose the right process for every project to optimise cost, performance and lead times.
// Our composite manufacturing capabilities
Moulds, CNC machining and composite parts: the full value chain.
End-to-end composite manufacturing expertise, from tooling to finished parts.
3D printing
FDM/SLA printed composite moulds for prototypes and complex geometries. Dimensional validation of composite parts before tooling investment. Reduce composite prototyping costs by up to 80%.
Custom composite moulds
3D printed mould and master + fibreglass or carbon composite lamination. Low-temperature moulds for vacuum infusion or high-performance prepreg. Complete composite mould manufacturing for small series.
CNC carbon & aluminium machining
CNC-machined moulds in technical wood, resin or aluminium for maximum dimensional precision. Monolithic carbon fibre part machining, carbon plates, structural blocks, precision composite parts.
Custom composite parts
Composite parts manufactured by vacuum infusion, hand lamination or carbon prepreg. Tooling supply only or full production of carbon fibre and fibreglass parts with complete traceability.
// Composite tooling comparison
Which composite mould for which need?
Every composite manufacturing project has its own cost, precision and lead-time constraints. We select the most relevant composite tooling type, from fast 3D moulds to high-precision aluminium tooling.
| Composite mould type | Process | Cost | Precision | Durability | Lead time | Typical applications |
|---|---|---|---|---|---|---|
| Direct 3D-printed composite mould | 3D printing FDM / SLA | Very low | Average | Low | Very fast | Composite prototype, shape test, small carbon parts |
| 3D master + laminated composite mould | 3D printing + fibre lamination | Medium | Good | Medium | Medium | Small composite series, technical fibreglass or carbon parts |
| High-temperature composite mould | Epoxy tooling / carbon prepreg | High | Very good | Good | Medium | Carbon prepreg parts, high-performance composites |
| CNC-machined mould (wood / board) | 3-axis wood milling | Medium to high | Very good | Good | Medium | Large-dimension composite parts, precise geometries |
| CNC aluminium mould | CNC aluminium machining | Very high | Excellent | Very high | Long | Series composite production, critical carbon parts |
3D printing FDM / SLA
Direct 3D-printed composite mould
Cost
Very low
Precision
Average
Durability
Low
Lead time
Very fast
Composite prototype, shape test, small carbon parts
3D printing + fibre lamination
3D master + laminated composite mould
Cost
Medium
Precision
Good
Durability
Medium
Lead time
Medium
Small composite series, technical fibreglass or carbon parts
Epoxy tooling / carbon prepreg
High-temperature composite mould
Cost
High
Precision
Very good
Durability
Good
Lead time
Medium
Carbon prepreg parts, high-performance composites
3-axis wood milling
CNC-machined mould (wood / board)
Cost
Medium to high
Precision
Very good
Durability
Good
Lead time
Medium
Large-dimension composite parts, precise geometries
CNC aluminium machining
CNC aluminium mould
Cost
Very high
Precision
Excellent
Durability
Very high
Lead time
Long
Series composite production, critical carbon parts
// Why choose Wado Composite for your composite manufacturing?
01 / 04
01 — Approach
Manufacturing with purpose
At WADO Innovations, we believe a composite part should be designed with the right material, the right process and the right level of tooling. The goal is to avoid unnecessary over-engineering and to match manufacturing to the actual needs of the project.
// Projects — composite parts & moulds
Real composite projects, measurable results.
Rapide
FPV drone / custom carbon parts
CNC-machined carbon FPV drone frame
Process
CNC machining + carbon plate
Gain
Rapide
Usage
Functional prototype
Sur mesure
Spearfishing / Freediving
Custom carbon fins
Process
Carbon fibre + vacuum epoxy resin
Gain
Sur mesure
Usage
Performance / propulsion
// Composite manufacturing quote — 48h response
A composite part or tooling project? Describe it, we'll respond.
Custom composite parts, composite moulds, CNC carbon machining or 3D printing, we analyse your need and propose the right process. Technical response within 48 business hours, no commitment required.
Guaranteed response within 48 business hours
Free composite technical study
Confidential data, no third-party sharing
- Phone
- +33 6 35 59 18 87
- Address
- 1 RUE DE CHAMPELOMOT, 44420 Piriac-sur-Mer