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3D Printing Materials for Every Application and Budget
We stock a comprehensive range of industrial thermoplastics and high-resolution resins. Whether you require UV resistance for automotive components, flexible joints for robotics, or flawless surface finishes for product prototypes, we have the right material for the job.
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Need specialist engineering polymers?
We source and print advanced materials including ESD-Safe, Flame Retardant (UL94 V0), and Chemically Resistant polymers for the electronics, robotics, and industrial manufacturing sectors. Whether you need to meet strict regulatory standards or ensure your parts survive harsh environments, contact our team to discuss your exact requirements.
Versatile & Functional (FDM)
PETG (Polyethylene Terephthalate Glycol)
The versatile engineering workhorse for functional parts.
PETG provides a good balance of mechanical strength, slight flexibility, and excellent chemical resistance. It is our go-to recommendation for functional parts that require more durability than PLA, without the higher costs of Nylon or polycarbonate
Example use cases
Custom electronics enclosures, liquid-handling components, production tooling and functional prototypes.
Key Strengths
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Good durability
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Good impact resistance
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Low cost
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Heat resistant up to 70°C
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Good dimensional accuracy
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Excellent chemical resistance
Application Limitations
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High-gloss finish is not ideal for purely cosmetic or visual display models.
Visual & Concept Prototyping (FDM)
PLA (Polylactic Acid)
The industry standard for rapid, cost-effective form-and-fit testing.
Derived from renewable organic resources, PLA is a highly accurate and rigid bioplastic. While not suited for high-stress or high-temperature environments, it is unmatched for rapidly validating geometries before moving to expensive engineering polymers.
Example use cases
Non-functional prototypes, toys, decorative parts used indoors, cosplay, sculptures
Key Strengths
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Low cost
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Good surface finish
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Wide range of colours
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Good dimensional accuracy
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Good strength and stiffness
Application Limitations
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Low impact resistance and durability
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Low temperature resistance (only up to 55°C)
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Not UV resistant
Tough and Engineering Materials (FDM)
ABS (Acrylonitrile Butadiene Styrene)
The industry-standard engineering plastic for durable enclosures and structural parts.
A staple in traditional manufacturing and injection moulding, ABS provides excellent impact resistance, toughness, and thermal stability. It can also be post-processed (vapour smoothed) to achieve a glossy, completely seamless surface finish.
Example use cases:
Indoor mechanical parts, durable electronic enclosures, custom automotive interior components and functional prototypes.
Key Strengths
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High impact resistance
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Good strength
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Good durability
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Good heat resistance up to 90°C
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Can be chemically smoothed
Application Limitations
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Best suited for small to medium-sized components; massive monolithic geometries may require design consultation to maintain tight dimensional accuracy.
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Susceptible to UV degradation over long periods (we recommend ASA for continuous outdoor use).
ASA (Acrylonitrile Styrene Acrylate)
The ultimate thermoplastic for outdoor and UV-exposed environments.
Engineered as a superior alternative to ABS, ASA delivers the same good level of toughness and rigidity with the added benefit of complete UV stability. It will not yellow, become brittle, or degrade under prolonged sunlight, making it the industry standard for external industrial applications.
Example use cases:
Automotive exterior housings, outdoor sensor enclosures and robust functional parts.
Key Strengths
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Excellent UV resistant
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High impact resistance
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Good strength
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Good durability
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Good heat resistance (up to 90°C)
Application Limitations
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Best suited for small to medium-sized components; massive monolithic geometries may require design consultation to maintain tight dimensional accuracy.
PETG CF (Polyethylene Terephthalate Glycol with Carbon Fibre)
Enhanced stiffness and dimensional stability for demanding functional parts.
Upgrading our dependable PETG base with carbon fibre reinforcement creates a material that is significantly stiffer and less prone to warping under load. It also offers a premium, matte black finish that hides layer lines beautifully, making it ideal for both structural and highly visible mechanical components.
Example use cases:
Automotive brackets, drone frames, custom camera rigs and rigid electronic enclosures.
Key Strengths
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High stiffness
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Excellent chemical resistance
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Outstanding dimensional stability
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Premium matt finish
Application Limitations
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More brittle than standard PETG
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Not recommended for parts requiring high-impact shock absorption
Nylon 6/66 (PA 6/66)
High-performance thermoplastic for extreme wear and tear.
Engineered for demanding industrial environments, our co-polyamide Nylon blend delivers exceptional toughness and flexibility.
It has excellent resistance to impact, wear, abrasion, and some chemicals such as oils, fuels, and lubricants. This makes it a perfect choice for industrial applications like automotive.
Example use cases:
Custom gears, snap-fit components, automotive brackets and heavy-duty manufacturing jigs.
Key Strengths
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Excellent impact resistance
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Excellent abrasion resistance
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Low friction coefficient
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Heat resistant up to 100°C
Application Limitations
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Not recommended for highly rigid, load-bearing structural beams where zero flex is required.
Nylon Carbon Fibre (PA CF)
High structural stiffness and thermal resistance for demanding industrial environments.
By infusing chopped carbon fibres into a high-performance Nylon matrix, this advanced composite delivers exceptional rigidity right off the print bed. The carbon fibre reinforcement drastically reduces the shrinkage and warping commonly associated with standard Nylon, allowing us to print highly accurate, load-bearing parts.
Example use cases:
High-stress structural brackets, robotic arms, aerospace prototypes and heavy-duty manufacturing jigs.
Key Strengths
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Incredible stiffness-to-weight ratio (in its dry state)
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High heat deflection temperature
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Excellent dimensional accuracy
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Good wear resistance
Application Limitations
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Nylons are inherently hygroscopic (they absorb moisture from the air) Over time, this ambient moisture can reduce the part's ultimate stiffness while actually increasing its flexibility and impact resistance.
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Premium material cost
PC (Polycarbonate)
Excellent strength and thermal resistance for extreme environments.
When standard engineering plastics fail, Polycarbonate steps in. It is one of the highest-performing materials available in 3D printing, offering unparalleled impact resistance and the ability to maintain structural integrity in high-heat environments.
Example use cases:
High-stress brackets, heavy-duty production tooling and demanding functional prototypes.
Key Strengths
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Extreme impact resistance
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Superior tensile strength
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Excellent for load bearing applications
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Heat resistant up to 110°C
Application limitations
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Best suited for small to medium-sized components; large monolithic geometries may require design consultation to maintain tight dimensional accuracy.
Speciality & Flexible Materials (FDM)
TPU (Thermoplastic polyurethane)
Industrial-grade flexibility and impact absorption.
TPU bridges the gap between rubber and plastic. We utilise a durable 95A shore hardness TPU (similar in feel to skateboard wheel) that bends, stretches, and compresses while returning to its original shape. It offers outstanding resistance to abrasion and impact, making it perfect for dynamic mechanical assemblies.
Example use cases:
Custom gaskets, shock absorbers, robotic grippers, tyres and flexible protective enclosures.
Key Strengths
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Exceptional flexibility
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High abrasion resistance
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Excellent vibration dampening
Application Limitations
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Inherently low stiffness
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Not suitable for rigid structural applications or load-bearing frameworks
PETG V0 (Flame Retardant)
Self-extinguishing functionality for environments with strict fire safety regulations.
This specialist polymer offers all the reliable mechanical properties of our standard PETG, but is specifically formulated with halogen-free flame retardants. Crucially, we print using officially UL-certified filament, ensuring your parts meet the stringent UL94 V0 flammability standard (designed to stop burning within 10 seconds after a flame is removed).
Example use cases:
Live electronics enclosures, server rack fixtures, robotic housings and transportation interior components.
Key Strengths
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UL-certified UL94 V0 filament
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High durability
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Excellent chemical resistance.
Application Limitations
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Higher material cost than standard PETG; specify only for applications requiring strict fire safety compliance and traceable material certification.
High-Resolution & Functional Resins (MSLA)
Standard High Detail Resin
Flawless aesthetics and microscopic precision.
When dimensional accuracy and a perfectly smooth, injection-moulded finish are your top priorities, our standard resin is the way to go. It captures the absolute finest details of your CAD models, curing to a smooth matt finish that is very easy to paint and prime.
Example use cases:
Intricate visual prototypes, tabletop miniatures, sculptures, design validation for injection moulding, architectural scale models and master patterns for casting
Key Strengths
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Ultra-fine details
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Smooth surface
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Excellent dimensional accuracy
Application Limitations
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Relatively brittle compared to engineering thermoplastics; not recommended for high-impact or heavy mechanical load-bearing applications.
Wear Resistant Production Resin
Resin precision meets functional durability.
Specifically formulated to overcome the standard limitations of 3D printed resins. This advanced material features a 2H grade surface hardness, allowing it to withstand frequent mechanical contact and sliding friction without scratching or degrading over time.
Example use cases:
Custom gears, low-friction production tooling and functional mechanical assemblies requiring micro-detail.
Key Strengths
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Wear resistant (2H grade surface hardness)
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Smooth surface finish
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Resistant to yellowing and performance degradation
Application Limitations
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Less suited for extreme impact shocks compared to FDM plastics like PC or Nylon.
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Available in a single functional colour.
High-Temperature Rigid Resin
Exceptional structural rigidity and thermal stability for demanding functional parts.
Engineered to bridge the gap between high-detail resin printing and true manufacturing. This advanced rigid resin boasts an incredible tensile modulus, offering exceptional long-term deformation resistance. It maintains exact dimensional stability even in moderately high-heat environments, making it the premier choice when FDM layer lines are unacceptable but thermal resistance is mandatory.
Example use cases:
Silicone mould tooling, precision electronic housings and brackets.
Key Strengths
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Heat resistant up to 95°C
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High stiffness
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High precision and accuracy
Application Limitations
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Relatively brittle compared to engineering thermoplastics; not recommended for flexible or high-impact applications.