Västerås, Sweden, 30 May 2018 -- Quintus Technologies, the world leader in high pressure technology, has launched a new website offering richer, more comprehensive insight into its high pressure solutions for sheet metal forming and the densification of advanced materials and critical industrial components.

Quintus Technologies Sustainability Report Quintus Technologies' ambition is to be a responsible employer, be honest and transparent in business, respect the enviornment and show commitment to ...

Västerås, Sweden, 30 May 2018 -- Quintus Technologies, the world leader in high pressure technology, has launched a new website offering richer, more comprehensive insight into its high pressure solutions for sheet metal forming and the densification of advanced materials and critical industrial components.

With the installation of a QUINTUS fluid cell press, Sweden’s Trestad Laser expands its metal forming capabilities to include the production of sheet metal components with complex geometries in materials that are challenging to form

Västerås, SWEDEN (April 5, 2018) Quintus Care Program is a partnership aiming to maximize the benefit of the solution. It is in fact an insurance ...

Västerås, SWEDEN (April 5, 2018) Searching for new processes, solutions and business opportunities can be done in several different ways. One of the most efficient ...

Västerås, SWEDEN (December 11, 2017) — The Australian Nuclear Science and Technology Organization (ANSTO) is acquiring a Hot Isostatic Press (HIP) from Quintus Technologies as ...

Västerås, SWEDEN (April 13, 2017) — Kobe Steel, Ltd. acquired Swedish company Quintus Technologies AB, the world leader in isostatic presses, from U.S. private equity ...

Within the Aerospace segment Metal AM is now going from a state where it has been used for prototype manufacturing to full production which increase the demands in achieving the same material properties from part to part. With the latest development from Quintus Technologies the full post processing of 3d printed parts, called High Pressure Heat Treatment, eliminates porosity, ensures material properties to lowest cost and shortest lead time.

With flexibility in product design, shorter manufacturing processes and possibilities to optimize material usage, the medical implant market has had an extensive growth in metal based additive manufacturing (AM). To get the material properties needed there is a requirement for thermal post processing which until today has been time consuming and costly. With the latest development from Quintus Technologies the thermal post processing can be completed in less than six hours which keeps 3D printing a flexible and fast production technology.