DE Machining centers Automation Areas of application technology service Companies Career PLASTICS TECHNOLOGY High-precision milling results, high-performance volume machining of materials such as B. GRP and the necessary flexibility for processing a wide variety of components in plastics technology are standard for the 3- and 5-axis machining centers from the FORTE or TILTENTA series from HEDELIUS. The fine plastic dust remains in the machine thanks to a complete housing. Users report. "We needed something sensible" For the precise machining of glass fiber reinforced plastics, WKT-Wernemann Kunststofftechnik GmbH relies on 3-axis and 5-axis machining centers from HEDELIUS. Learn more TILTENTA 6-2300 Verfahrwege X-, Y-, Z-Achse: 2300/1730 x 600 x 695/800 mm Tischbelastung Festtisch: 2000 kg Aufspanngewicht Rundtisch: 600 kg Zur Maschine TILTENTA 7-2600 Verfahrwege X-, Y-, Z-Achse: 2600/2030 x 750 x 695/800 mm Tischbelastung Festtisch: 2500 kg Aufspanngewicht Rundtisch: 800 kg Zur Maschine TILTENTA 9-2600 Verfahrwege X-, Y-, Z-Achse: 2600/2030 x 900 x 900/1005 mm Tischbelastung Festtisch: 3000 kg Aufspanngewicht Rundtisch: 1200/1800 kg Zur Maschine 1 2 3 4 5 1 2 3 4 Service hotline +49 5931 9819-89 Service app Appointment in the demonstration center CNC academy Newsletter Contact imprint Conditions Company code Certificate ISO 9001 Data protection Newsletter Set data protection This site uses website tracking technologies from third parties in order to offer its services, to continuously improve them and to display advertisements in line with the interests of the users. In this context, we also use service providers in third countries outside the EU without an adequate level of data protection, which harbors the following risks: Access by authorities without information, no rights of data subjects, no legal remedies, loss of control. I agree and can revoke or change my consent at any time via data protection settings (left) with effect for the future. Agree Reject settings Powered by imprint | Data protection