Rapid prototyping and production using advanced additive manufacturing. Fast turnaround times with FDM, SLA, SLS, MJF, and DMLS technologies for complex geometries.
Cost-effective, durable prototypes and functional parts
Max Size: 300×300×400mm
High resolution with smooth surface finishes
Max Size: 145×145×175mm
Strong, functional parts without support structures
Max Size: 300×300×300mm
Production-grade parts with excellent mechanical properties
Max Size: 380×284×380mm
High-performance metal parts for demanding applications
Max Size: 250×250×300mm
Max Size: 300×300×400mm
PLA
Easy printing, biodegradable
ABS
Durable, impact resistant
PETG
Strong, chemical resistant
Nylon (PA)
High strength, wear resistant
TPU (Flexible)
Rubber-like flexibility
Carbon Fiber Filled
Enhanced strength and stiffness
ASA
UV resistant, outdoor applications
PC (Polycarbonate)
High impact, heat resistant
Max Size: 145×145×175mm
Standard Resin
General purpose prototyping
Tough Resin
Impact resistant
Clear Resin
Transparent parts
Flexible Resin
Rubber-like flexibility
Castable Resin
Investment casting patterns
Dental Resin
Biocompatible, dental applications
High Temp Resin
Heat deflection up to 238°C
Max Size: 300×300×300mm
PA12 (Nylon)
Strong, functional parts
PA11
Bio-based nylon
PA12 GB (Glass Bead)
Improved stiffness and surface finish
TPU
Flexible, elastic parts
Alumide
Aluminum-filled nylon
Max Size: 380×284×380mm
PA12
Production-grade nylon
PA12 GB
Glass bead filled, enhanced properties
TPU
Flexible production parts
Max Size: 250×250×300mm
Titanium Ti6Al4V
Aerospace-grade titanium
Stainless Steel 316L
Corrosion resistant metal
AlSi10Mg
Aluminum alloy, lightweight
Inconel 625
High temperature applications
Price Guide: £ = Budget-friendly | ££ = Moderate | £££ = Premium | ££££ = Specialist
Controls part strength and material usage. Higher infill = stronger but heavier and more expensive.
Visual prototypes, non-load bearing
Standard functional parts
High-strength, load-bearing parts
Layer thickness affects surface finish and print time. Thinner layers = smoother finish but longer print time.
Fast printing, visible layers
Good detail, moderate speed
Excellent detail, smooth finish
Finest detail possible
Visible layer lines, raw finish
Matte, uniform texture
Smooth edges, reduced layer visibility
Smooth surface preparation
Primer coat for painting
Custom color application
Chemical smoothing for glossy finish
Color infiltration for nylon parts
Electroless nickel or copper
UV-resistant protective coat
High-gloss mirror finish
Durable protective layer
Price Guide: £ = Budget-friendly | ££ = Moderate | £££ = Premium | ££££ = Specialist
Removal of support structures
Smooth surface, reduced layer lines
Ready for painting
Professional color finishing
Chemical smoothing for glossy finish
Color infiltration for SLS parts
Electroless plating
Protective clear coat
Multi-part assembly
Heat-set brass inserts
Part joining services
CNC post-machining for precision
Additional hole features
Heat treatment for strength
Resin infiltration for porosity
Price Guide: £ = Budget-friendly | ££ = Moderate | £££ = Premium | ££££ = Specialist
Not sure which 3D printing technology is right for your project? Our expert engineering team is available to provide advice on material selection and printing methods.