UK – Stratasys has partnered with Manufacturing Technology Centre (MTC), UK, to spearhead the organisation's objective on demonstrating new processes and technologies that overcome barriers and push the boundaries of traditional manufacturing on an industrial scale.

Stratasys hat mit FDM Nylon 12CF ein karbonfaserverstärktes, thermoplastisches Material für den 3D-Druck vorgestellt, das widerstandsfähig genug ist, um Metallkomponenten bei vielen verschiedenen Anwendungen zu ersetzen.

Ein carbonfaserverstärktes Nylon, das, wie es heißt, viele Metallteile ersetzen kann, sowie ein äußerst flexibles und reißfestes Polyjet-Material bilden das neue Werkstoffduo im Produktportfolio von Stratasys.

France - French multinational, Schneider Electric, is epitomising the ‘Factory of the Future’ concept and has incorporated 3D printing technology across its manufacturing operations. This has seen the company slash the cost of producing injection mould inserts used for prototyping designs by up to 90%.

Stratasys hat die nächste Generation seines FDM-3D-Druckers Fortus 900mc eingeführt. Er verarbeitet u.a. das neue Material FDM Nylon 6.

.

Germany – Visitors to Formnext in Frankfurt will be able to see Stratasys demonstrate how its advanced 3D printing technologies are transforming the face of product development and manufacturing.

UK – The just-completed TCT show in Birmingham (28-29 September) offered some clear indications of the major trends that the additive manufacturing industry is going to be following in the near-to-medium term future, especially with respect to polymer-based applications.

USA/ Israel/ Europe – Visitors to the Stratasys booth will be able to see how the company’s recently launched J750 3D printer, claimed as the world's only full colour, multi-material 3D printer, quickly produces digital ABS moulds that can withstand the high pressures and temperatures of a Dr. Boy injection moulding machine.

USA – Mulit-Colour 3D-Printing – Stratasys has introduced the J750, a 3D printer to produce full colour, multi-material prototypes and parts in a single 3D print, eliminating time-consuming processes while accelerating product concepting, design, decisions, and delivery.