Monolith Performance logo – premier 3D printing, 3D scanning and reverse engineering services

Driving commercial innovation with advanced 3D printing, using carbon fibre-reinforced polymers engineered to withstand high temperatures, mechanical stress, and prolonged operational conditions.

UK-based · Precision-engineered solutions for motorsport and high-performance sectors.

Our Services

High-performance 3D printed wheel hub made with carbon fibre-reinforced filament, designed for automotive and motorsport applications in the UK

3D Printing

  • Commercial Polymers:

    • PLA

    • PETG

    • ASA

    • PC

    • ABS

    Advanced Polymers:

    • PLA-CF

    • PETG-CF

    • ASA-CF

    • PC-FR

    • ABS-GF

    Engineering Grade Polymers:

    • PA6-CF

    • PA6-GF

    • PAHT-CF

    • PET-CF

    • Tolerances of ±0.2 mm

    • Layer resolution down to 50 µm

    • Build volume up to 325 × 320 × 325 mm (x, y, z)

    • Post-processing options: Ceramic Coatings and Metal Foils, for added protection and performance.

    • Functional prototypes

    • Lightweight components

    • Mechanical components: brackets, housings and ducts

    • Rapid tooling

Reverse engineering in progress using high-accuracy 3D scanning with structured-light technology for part digitisation in the UK

3D Scanning

  • High-precision 3D scanning using blue-structured light and infrared technology, ideal for capturing fine details across a wide range of surfaces and materials.

    • Point cloud (.PLY)

    • Optimised mesh (.STL, .OBJ)

    • Parametric CAD model (STEP, IGES)

Digitised 3D model of a battery cover created through reverse engineering for automotive or electronics applications in the UK

Reverse Engineering

    1. 3D scan: capture surface detail

    2. High-quality mesh: noise removal and hole-filling

    3. CAD reconstruction: Tailored surfaces or parametric solids

    4. Dimensional verification: compare physical part versus CAD

    • CAD: STEP, IGES

    • 2D drawings: PDF, DWG

    • Recover designs without original drawings

    • Accelerate product iterations and variants

    • Streamline tolerance and assembly analysis

We print with:

We work with a broad range of engineering grade polymers, from user-friendly materials to high-performance composites designed for extreme applications.

To simplify material choice, we group them into three main categories based on their structure and reinforcement:

    • PLA – Polylactic Acid

      Cheap but extremely limited in heat and mechanical resistance. Best for non functional prototypes.

    • PET-G –Polyethylene Terephthalate Glycol

      Tough and chemically resistant, offers greater flexibility and durability than PLA, ideal for functional parts.

    • ASA – Acrylonitrile Styrene Acrylate

      UV stable alternative to ABS, excellent for outdoor applications.

    • PC –Polycarbonate

      A strong, heat-resistant polymer with excellent impact strength and ideal for demanding mechanical parts.

    • ABS – Acrylonitrile Butadiene Styrene

      Offers good mechanical strength and heat resistance. Ideal for functional prototypes.

    • PLA-CF – Carbon Fibre Reinforced PLA
      Stronger and more rigid than regular PLA.Ideal for visual prototypes or components that look clean and professional.

    • PETG-CF – Carbon Fibre Reinforced PETG
      More durable and stable than standard PETG, great for parts that need to resist wear, impact, and everyday use.

    • ASA-CF – Carbon Fibre Reinforced ASA
      Combines mechanical strength with UV and weather resistance, making it perfect for anything exposed to sun or rough environments.

    • PC–FR – Flame Resistant PC

      High-strength and impact-resistant material. Complies with UL 94-2023 V-0 flame retardancy standard, making it ideal for applications requiring strict fire safety.

    • ABS-GF – Glass Fibre Reinforced ABS
      Tougher and more heat-resistant than normal ABS, with improved stiffness. Ideal for functional prototypes and enclosures.

    • PA6-GF – Glass Fibre Reinforced Nylon 6
      A strong, heat-resistant material. Ideal for structural parts in mechanical or industrial applications.
      Max service temperature: 182 °C

    • PA6-CF – Carbon Fibre Reinforced Nylon 6
      Lightweight yet robust, perfect for automotive mechanical components and tooling.
      Max service temperature: 186 °C

    • PAHT-CF – Carbon Fibre Reinforced High-Temperature Nylon
      Handles higher temperatures and absorbs less moisture than standard Nylon. ideal for demanding environments with thermal or chemical exposure.
      Max service temperature: 194 °C

    • PET-CF – Carbon Fibre Reinforced Polyethylene Terephthalate
      Excellent dimensional stability and thermal resistance. Great for precision parts that need to hold their shape under stress.
      Max service temperature: 204 °C

Time-lapse of a high-strength wheel hub being 3D printed with carbon fibre-reinforced filament using a Bambu Lab printer. Engineered for motorsport and automotive applications in the UK.

Ready to discuss your next project?

Ready to discuss your next project?

Whether you need a rapid prototype, a precise 3D scan, or a full reverse-engineering service, our team is here to help. Tell us about your requirements and we’ll respond within one working day with a quote and technical advice.

How to reach us:

  • Online Enquiry Form: Complete our quick contact form below—no file upload required—and we’ll get straight back to you.

  • Email: info@monolithperformance.uk

  • Merthyr Tydfil, Wales, UK