Additive Manufacturing Services
Expert additive manufacturing services for high-performance engineering projects.
From rapid prototypes to production-ready components, Graphite combines Formula 1 heritage with over 80 years of experience to deliver precision 3D printed solutions.
3D printing services built around your project
Expert 3D printing services for prototypes, production parts and specialist engineering applications.
Graphite Additive Manufacturing combines Formula 1 heritage, advanced 3D printing technologies and over 80 years of combined experience to help engineers, designers and manufacturers solve complex challenges.
Whether you need a single prototype, low-volume production run or technical support for your next project, our team can help.
Expert advice on materials, processes and design optimisation.
Transform sketches and concepts into production-ready 3D models.
High-quality visual and presentation models.
Engineering-grade prototypes for testing and validation.
Low-volume manufacturing without expensive tooling.
Deliver precision composite tooling with additive manufacturing.
High-performance components for aerodynamic testing.
Why Work With Graphite Additive Manufacturing?
Formula 1 engineering heritage
Over 80 years of combined experience
SLS, MJF, SLA, SLM and FDM technologies
Prototypes to production volumes
Support from concept to manufacture
Fast turnaround times
From design to delivery
- Discuss Your Project
Tell us what you need to achieve. - Review & Optimisation
We’ll recommend the best material and manufacturing process. - Manufacture
Your parts are produced using advanced additive manufacturing technologies. - Delivery
Quality checked and delivered ready for use.
Testimonials
Some of our case studies
Ready to start your project?
Whether you need a rapid prototype, production component or expert engineering support, Graphite Additive Manufacturing can help.
3D printing services FAQs
Choosing the right additive manufacturing partner can have a significant impact on project performance, lead times and costs. Explore our frequently asked questions to learn more about our 3D printing services, rapid prototyping capabilities, production parts, materials and consultancy support.
What 3D printing services does Graphite Additive Manufacturing offer?
Graphite Additive Manufacturing provides a range of 3D printing and additive manufacturing services to support projects from initial concept through to production. Our services include functional prototypes, low-volume production parts, 3D printing consultancy, composite tooling, CAD design support and specialist engineering solutions for demanding applications.
Using technologies including SLS, MJF, SLA and metal additive manufacturing, we help engineers, designers and manufacturers develop high-quality components with the performance, accuracy and repeatability required for real-world use. Whether you need a one-off prototype or an ongoing production solution, our team can recommend the most suitable process, material and manufacturing approach for your project.
What is the best 3D printing process for functional prototypes?
The best 3D printing process depends on how the prototype will be used. For functional testing, SLS and MJF are often the preferred options because they produce strong, durable parts with excellent mechanical properties. These technologies are ideal for testing fit, form and function before moving into production.
SLA is often chosen when visual appearance, fine detail or smooth surface finish is the priority. For applications requiring specialist performance characteristics, our team can also recommend reinforced composite materials or metal additive manufacturing processes.
At Graphite, we review every project individually to ensure the chosen technology delivers the best balance of performance, cost and lead time.
Can Graphite manufacture low-volume production parts?
Yes. Graphite Additive Manufacturing regularly produces low-volume production parts for customers across motorsport, automotive, aerospace, marine and industrial sectors.
Additive manufacturing can eliminate the need for expensive tooling, making it a cost-effective solution for production runs where traditional manufacturing methods may not be viable. We support everything from small batch production through to ongoing manufacturing programmes, helping customers reduce lead times while maintaining high levels of quality and consistency.
Many of our customers use additive manufacturing to bridge the gap between prototyping and full-scale production, or as a permanent manufacturing solution for specialist components.
What materials are available for 3D printed parts?
We offer a wide range of engineering-grade materials designed for functional and production applications. These include nylon-based materials, carbon fibre reinforced composites, graphite reinforced composites, high-performance resins and metal additive manufacturing materials.
In addition to carefully selected commercial materials, Graphite has developed proprietary graphite and carbon fibre reinforced materials that provide enhanced mechanical performance for demanding engineering applications.
Our team can advise on material selection based on factors such as strength, stiffness, temperature resistance, weight, chemical exposure and surface finish requirements.
Can you help optimise my CAD design for additive manufacturing?
Yes. Design optimisation is a key part of our consultancy-led approach.
Our engineering team works with customers to review CAD models and identify opportunities to improve performance, reduce weight, simplify assemblies and enhance manufacturability. By considering additive manufacturing from the earliest stages of design, we can often help reduce production costs while improving part functionality.
Whether you already have a completed CAD model or are still developing a concept, we can provide practical guidance on materials, geometry, tolerances and manufacturing processes to help achieve the best possible outcome.
How quickly can you produce and deliver 3D printed parts?
Lead times vary depending on the technology, material and complexity of the project. Typical production times for SLS and MJF parts are often measured in days rather than weeks, with express options available for urgent requirements.
Because additive manufacturing removes many of the tooling and setup stages associated with traditional manufacturing, projects can often move from CAD design to finished part much faster.
If you have a specific deadline, our team can review your requirements and recommend the fastest and most effective route to production.
What is the difference between rapid prototyping and low-volume production?
Rapid prototyping focuses on creating parts quickly to test a design, validate functionality or accelerate product development. The goal is usually to gather feedback, refine a design and reduce development risk before committing to production.
Low-volume production uses additive manufacturing to produce end-use components that are ready for installation or customer use. These parts are manufactured with long-term performance, repeatability and consistency in mind.
The same 3D printing technologies can often be used for both applications. The key difference is the purpose of the component. A prototype helps you develop a product, while a production part is intended to become part of the final product itself.
Graphite supports both stages of the product development process, helping customers move seamlessly from concept and testing through to production-ready manufacture.