If you have a requirement for 3D printed parts get in touch today, we have the ability to print a range of materials including ceramics, metals and a vast range of polymers. Delivery times as short as 48 hours!
We have the ability to 3D print some very challenging ceramic cores, ranging from cores used to make complex cooling passages in airfoils, to cores used to make oil flow channels in large housings. We can supply cores that cannot be made with traditional injection moulding techniques.
The precision of our 3D printed filters on demand provides you with very tight control over your process. Through the use of our printed filters you can look forward to a huge reduction in inclusions. Our filters can be designed to meet your exact specifications.
Developing a new investment casting is very time consuming and very costly, plus the reliance on multiple suppliers puts extra pressure on the project. Just imagine receiving 3D printed parts that are ready to go straight through your shell process and then on to pouring.
Setters have been used within the world of ceramic core manufacturing for many years, however as part complexity increases so does the need for more advanced setters!
If you are looking for fixtures or support frames but don't want to spend thousands on tooling then 3D printed fixtures are the answer. Manufactured in a range of materials to suit your requirements.
We supply several aspects of 3D printed parts including prototypes and lower volumes of kiln furniture and process supports for parts undergoing high temperature firing.
We provide 3D printed wax patterns with excellent feature definition, surface finish, and repeatability. Our 3D printed parts pattern performance is just as good if not better than injected patterns.
We provide unique 3D printed parts solutions for a host of market applications including Aerospace, Automotive, Motorsport, Gas Turbine, Medical and many other applications in a broad range of materials.
Our 3D casting process combines the best of 3D printed parts and traditional casting methods. This approach eliminates the need for costly tooling allowing for more complex parts to be manufactured from your first prototype to your large annual production volume.
3D printed parts produced with polymer-based materials are the ideal solution for the cost-effective and time-saving production of investment casting models.
We can supply various 3D printed sand moulds that can revolutionise your casting process. We have capability to produce very large and complex 3D printed parts that don't need supports.
Our jewellery 3D printed parts are an affordable solution optimised for jewellery design and manufacturing. We can deliver unparalleled speed, productivity, ultra-fine detail, and a smooth surface finish. We supply printed patterns with a 30µm layer at 15 mm/hr.