URMA has greatly expanded its expertise in 3D printing in recent years. On the one hand, through applications in our own production and, on the other hand, with the development of a broad machine portfolio. Thanks to strong partners and an extensive range of peripheral devices and software, URMA supports and advises you in the introduction or expansion of your additive manufacturing. For your innovative, process-safe and scalable production!
URMA is an expert in 3D printing – from initial consultation to quality inspection
Additive manufacturing enables a high degree of flexibility, effectiveness, automation and process safety, as well as the traceability of production. To ensure successful industrialisation, the entire process chain from design, optimisation, production, post-processing – and all the way to quality inspection – must be taken into account. It is also important to ensure complete traceability in a PLM system, as well as the documentation of each individual part's production via MOM / MES.
With the 3 P's to the finished component
Pre-Processing & Design
Production (3D Printing)
Post-Processing
Scan 3D
Easily measure objects with the 3D scanners from Creaform, in order to obtain the component’s CAD data, or subject components to a subsequent quality check by scanning the finished workpiece.
Hexagon Additive Software
This software optimally supports you in data preparation, such as component orientation, the correct support geometry type and the appropriate exposure strategy
Materialise Magics
Materialise Magics 3D Print Suite is the perfect software platform for managing and automating labour-intensive tasks and scaling operations – regardless of 3D printing technologies or machines.
EOS Metal Printer
With the metal printer, your components are printed using the DMLS process (direct metal laser melting). The laser welds the powder and brings it into the desired shape, layer by layer. The following metal alloys are available..
EOS Polymer Printer
The polymer 3D printers work using the SLS process (selective laser sintering). With this method, plastic powder is fused point by point, creating your 3D-printed component, layer by layer. Various plastics are available for this printing process.
Markforged Composite and Metal Printer
Markforged's composite printers produce continuous fiber-reinforced components with very high strength, which can even replace conventionally manufactured aluminum parts, while the additional “FX10 Metal Kit” can also be used to print actual metal components.
DyeMansion post-processing
Cleaning, depowdering, surface treatment or colouring: DyeMansion has a broad machine portfolio for the perfect finishing of your plastic components. The machines are compatible with all plastic powder bedding processes.
Solukon de-powdering
Rotations, as well as targeted vibration excitation, ensure that the powder can flow out of even the finest inner channels. For reactive materials, such as aluminium or titanium, the systems can also be inertised. The Solukon depowdering systems are compatible with all printers of the metal powder bed process.
CNC machines
URMA offers a complete range of vertical and horizontal machining centres, CNC lathes and turning and indexing tables and 5-axis machining centres, machining centres for mould making, machines for tool and jig making and milling machines in gantry design.
