PRES-X is an innovative start-up that was created to meet the post-production needs of 3D printing of metal components and provide advanced services aimed at making Additive Manufacturing processes more efficient.
ActOn Finishing is UK's leading expert in designing and developing the state-of-the art machinery and finishing solutions for the additive manufacturing industry. With more than 50 years on the market we offer a complete end to end solution for mass finishing on various components and varied material types. Some of the industries we cater include Additive Manufacturing, Aerospace, Automotive, Coin Blanking, Fashion, General Engineering, Hospitality and Medical.
ORYX Additive was founded and spun off from a 25-year-old successful engineering and design-based company (PADT). The goal was to assist additive manufacturers increase output, while improving upon quality levels. This was done by developing and implementing proven, controlled, and integrated finishing technologies and processes, tailored to their unique needs. We innovate to design, develop and refine the tools, all techniques and equipment that will further enable the future of additive manufacturing.
Transforming your vision into pioneering production processes is RENA’s forte. When it comes to your complex wet-chemical surface treatment requirements for semiconductors, medtech, glass, additive manufacturing and solar technology, RENA develops and makes premium-quality machinery in the form of standard systems with a process guarantee or individual solutions tailored to a specific customer’s production processes.
At AM Solutions, we bundle the traditional and undisputed leadership of the Rösler group in post-processing and finishing with a new portfolio of professional consulting, technical consulting and production services capabilities to offer our customers a more and more complete suite of services.
Tru-Design, LLC can best be described as the world’s leading authority on finishing of large scale 3D printed parts. We have developed a special line of coatings formulated to allow Class A finishes on final parts and working surfaces for manufacturing tools.
We, the Hirtenberger Group, are a group of “hidden champion” technology and engineering companies. Our companies are innovation and technology leaders in their markets. We concentrate on niche categories, in which we strive to achieve market leadership. In addition to our desire to be number one, we always try to act with a long-term perspective, keep the customer at the focus of what we do, seek out the best and most talented people, create breakthrough innovations and help humanity move forward.
At PostProcess Technologies, our comprehensive system of proprietary Software, patent-pending Hardware, and eco-friendly Chemistry works together to remove the bottleneck in the third step of additive manufacturing — post-printing. We make the process of removing supports and surface finishing the printed parts easier, more consistent and more efficient.
GF Machining Solutions is the world’s leading provider of machines, Automation solutions and services to the tool and mold making industry and to manufacturers of precision components. Products range from electric discharge machines and high-speed and high-performance Milling machines - including clamping and palletization systems - to 3D Laser surface texturing machines, services, spare and expendable parts, consumables, and Automation solutions.
We have developed a specialist blended laundry powder to wash delicate Alpaca wool in Peru, developed a unique tyre ballast which can withstand temperatures of minus forty five degrees for JCB in Canada and manufactured components for the NATO Euro Fighter.
DyeMansion offers automated manufacturing solutions for the production facilities of the future. The in-house developed post-processing solutions cover every step after the production of an additive manufactured part and are specifically optimized for powder-based AM plastics. In doing so, DyeMansion is focused on two principles: Increase in productivity and geometry independence in order to obtain the advantages of the generative manufacturing.