Is your 3-D printed component of metallic material and in need of surface protection? Be it against oxidation, wear or heat resistance, then Bernex is your partner.
AM Expo 2021
With technological superiority the zero-point system from AMF has virtually revolutionised the zero-point clamping technology market. The highly precise clamping modules with high draw-in, locking and holding forces ensure perfect clamping in the widest range of applications.
You can't hear or see them. And yet they are true masters when it comes to reducing set-up times: the Zero-Point clamping system from AMF. This has also convinced MATSUURA, and so the AMF Zero-Point for their revolutionary hybrid machines ensures greater efficiency.
In an extended study, the Institute for Materials Engineering and Plastics Processing at the University of Applied Sciences in Rapperswil used various tests to investigate how the surface of additively manufactured components can be improved using SURFAST.
AM Expo 2020
In a feasibility study carried out in cooperation with the Hightech Zentrum Aargau AG, different methods for modifying surfaces were compared. This study illustrates why patented SURFAST® technology is a real innovation.
With the SURFAST® technology you can save time and money and achieve higher quality. The combination of high-quality abrasive with the appropriate fluid enables high-quality machining of components.
SURFAST® is processing of free-form surfaces and edges with abrasive fluid jet. With SURFAST®, the following tasks can be carried out efficiently: cleaning, deburring, stripping, polishing, compacting.
AM Expo 2019
SURFAST® , the unique technology for surface machining, developped by Jet Clean Systems Ltd.
Zero-point clamping technology is unavoidable in additive manufacturing: Productivity at ground zero AMF has developed special clamping modules for the specific challenges in additive manufacturing.
Fellbach, Germany
Bernex is your partner capable to provide chemical vapor deposition (CVD) solutions to apply oxidation, wear and heat protection coatings to complex shaped components, for example in very tinny internal cooling channels or chemical vapor infiltration to carbon fibres to reinforce the same.
OLTEN, Switzerland