FDM 3D Printing
FDM builds components layer by layer from thermoplastic filament. It is a dependable choice for early prototypes, functional fixtures, replacement parts, and low-volume end-use production.
The process supports everyday polymers alongside reinforced, flexible, heat-resistant, and high-performance materials. This makes it possible to balance cost, strength, temperature resistance, and surface requirements around the part’s real operating conditions.
We review orientation, wall thickness, tolerances, support strategy, and material selection before production so the finished component is designed for function rather than appearance alone.
350 × 320 × 325 mm build volume
A practical envelope for prototypes, housings, jigs, fixtures, and functional components.
Standard to high-performance polymers
Options range from PLA and PETG to ABS, ASA, TPU, carbon-fibre nylon, PEEK, and ULTEM.
Functional prototype capability
Validate fit, assembly, ergonomics, and mechanical performance before committing to production.
One-off to low-volume production
Produce a single replacement component or repeatable batches without dedicated tooling.
FDM manufacturing details
- Build volume up to 350 × 320 × 325 mm
- Typical dimensional tolerance around ±0.2 mm
- Layer heights selected for speed, detail, or strength
- Soluble or breakaway support where compatible
- Parts supplied raw or with selected finishing
- PLA, PETG, ABS, ASA, PC and TPU
- PA6-CF and other fibre-reinforced composites
- PEEK and ULTEM for demanding environments
- Sanding, vapour smoothing, coating and painting options
- Material choice matched to heat, UV, impact and chemical exposure
- Concept and functional prototypes
- Jigs, fixtures and assembly aids
- Replacement covers, brackets and enclosures
- Automotive, marine and workshop components
- Low-volume products and customised hardware
Our proven workflow
Design and material review
FDM production and monitoring
Inspection, finishing and delivery
FDM 3D printing FAQs
What is FDM 3D printing?
FDM melts and deposits thermoplastic filament in controlled layers to create a physical component directly from a digital model.
Which FDM material should I use?
The correct choice depends on temperature, load, UV exposure, flexibility, chemical contact, finish, and budget. We can review the application before production.
Can FDM parts be used as final products?
Yes. With the right design, orientation, and material, FDM is suitable for many jigs, fixtures, housings, replacement parts, and low-volume end-use components.
Can you print carbon-fibre materials?
Yes. Fibre-reinforced thermoplastics are available when higher stiffness, dimensional stability, or reduced weight is required.
Do you support one-off parts?
Yes. FDM has no tooling requirement, making it suitable for one component, iterative prototypes, or repeat production batches.
