- Formlabs Factory SolutionsYour Agile Factory Made Simple Formlabs Factory Solutions is 3D printing reimagined to build...
- Stratasys F270 3D PrinterBuild Size: 305 x 254 x 305 mm (12 x 10 x 12 in.) Accuracy: +/- .200 mm...
- Stratasys F370 3D PrinterBuild Size: 355 x 254 x 355 mm (14 x 10 x 14 in.) Accuracy: +/- .200 mm...
- Zortrax Endureal3rd generation industrial 3D printer for high-tech manufacturing Advanced thermal management enabling efficient work with high-performance polymers is what 3rd...
- BigRep One Large Scale 3D PrinterBigRep One Large Scale 3D Printer The BigRep ONE v3 was created to make industrial 3D printing for...
- BigRep Studio G2 Large Scale 3D PrinterBigRep Studio G2 Large Scale 3D Printer Explore new frontiers of large-format industrial printing with the new and...
- BigRep EdgeBigRep Edge Large Scale 3D Printer The BigRep EDGE is an industrial machine for the additive manufacturing of...
- BigRep Pro Large Scale 3D PrinterBigRep Pro Large Scale 3D Printer BigRep is pleased to introduce the latest addition to its range of...
- German RepRap X400German RepRap X400 FDM 3D printer The German RepRap X400 PRO V3 3D printer will turn your ideas...
- German RepRap X500proBenefits of 3D printing: processing sophisticated materials such as PC (polycarbonate), PA (polyamide),...
- German RepRap X1000German RepRap X1000 FDM 3D Printer The new x1000 3D Printer is being developed for printing large size...

3D printing is more than just rapid prototyping. Additive manufacturing for the production of end-use parts is revolutionising manufacturing by delivering on-demand production of parts without the restrictions of traditional manufacturing techniques and the ability to adapt to design changes quickly.
For the right applications, additive manufacturing can deliver a perfect combination of complex geometries, improved performance and streamlined production. This dramatically reduces the cost and speed of production, especially when producing low production numbers, as a replacement for bridge tooling or when integrating multiple parts of an assembly into a single component.
Unlike traditional manufacturing processes, which work by using subtractive techniques to machine parts directly or to create of moulds, additive manufacturing uses 3D digital models from CAD data to build a part by adding material layer by layer. The additive process means less wastage and fewer restrictions in the type of geometries that can be constructed when using a cutting tool to remove material from stock.
If you would like to know more about how to use additive manufacturing to produce end-use parts, contact us and speak to one of our experts.
Additive Manufacturing by Category
