Knowledge Center

Webinar - Formability of titanium Ti6AI-4V at moderate temperature combined with high-pressure
Learn how the unique new forming technology, the High Pressure Warm Forming process, HPWF, combines high pressure with a moderately elevated temperature providing a more rapid and cost-effective fabrication solution for aerospace-grade titanium parts.
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White Paper - Cut Cost and Lead Time in Jet Engine Production With Flexform Technology
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Reference Case - Quintus Care Program - Jobro Sheet Metal Technology
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White Paper - Leveling the playing field for sheet metal parts
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Knowledge Center

Webinar - The Quintus Flexform™ process for low volume production
Learn how to produce sheet metal parts with complex shapes in small volumes. In the webinar we will discuss how the high pressure Flexform technology can provide value to the vehicle sheet metal fabrication industry.
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Reference Case - Whitcraft Group
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Webinar - The Quintus Flexform™ process for low volume production
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White Paper - High Pressure Warm Forming Reshapes the Economics of Ti-6Al-4V Parts
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Knowledge Center

Reference Case - Ford Motor Company
The Ford New Model Programs Development Center in Dearborn have successfully operated a 93,000 ton Quintus Flexform press for more than two decades. The Flexform process is used for low volume sheet metal fabrication and for prototype development, where complex shapes and high part quality is required. Quick time to market is a key feature in all Flexform activities, as well as the low tool cost to produce parts. Typically, Flexform parts within Ford range from body-in-white components to skin panels like roofs and doors. The process is also ideally suited for a large variety of blank material and thicknesses.
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White Paper - Formability of Ti-6Al-4V at low temperature and high-pressure
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Reference Case - Cessna Aircraft Company
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Brochure - Shaping the low volume sheet metal forming industry
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Knowledge Center

Brochure – Quintus Presses – New Flexcell™ Concept
The Flexcell™ Concept takes the time for tool changes and new tool set-up from hours to seconds. The Flexcell™ concept substantially increases productivity, allowing fabrication of small production batches, when a wide variety of part shapes is required.
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Reference Case - Cessna Aircraft Company
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White Paper - Optimizing sheet metal forming - Aircraft doorframe
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Reference Case - Whitcraft Group
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Knowledge Center

White Paper - Forming Simulation Correlation with the Flexform Hydroform Technology
Forming Simulation Correlation with the Flexform Hydroform Technology Flexform is a high pressure hydroforming technique using a flexible rubber diaphragm between the pressure medium and the formed sheet. The technique allows sheet metal to be formed in different thicknesses in one and the same tool, as the blank will take the shape of the single rigid tool half. Flexform pressing is used for low volume production and prototyping, where the low tool cost and short lead time is of essence.
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Reference Case - Premium AEROTEC
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White Paper - Formability of Titanium Ti-6Al-4V sheets at moderate temperature combined with high-pressure
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Reference Case - Whitcraft Group
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Knowledge Center

White Paper - Recent Hydroform and Flexform Development
White paper by Sture Olsson, Quintus Technologies. In Flexform, sheet metal is formed over one rigid, shape-defining tool half by a flexible rubber diaphragm supported by hydraulic pressure. The technology has been the preferred sheet metal fabrication method within the aerospace airframe industry for decades. The automotive industry has more recently successfully adopted the technology within prototyping and low volume production.
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Brochure - Shaping the automotive prototyping industry
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White Paper - Flexforming of an automotive side impact beam
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Brochure – Quintus Presses – New Flexcell™ Concept
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Knowledge Center

White Paper - Flexforming of an automotive side impact beam
Mikael Bergkvist, Product Manager Sheet Metal Forming Quintus Technologies Västerås, Sweden View the presentation that showcases that the Flexform technology may be used to form ultra high-strength steel and other difficult-to-form materials. Demonstrate the forming processes for an automotive relevant part (side impact beam).
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Brochure - Shaping the aerospace airframe industry
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Brochure - Quintus Care Program for Flexform™ Fluid Cell Presses
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Reference Case - Daher
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Knowledge Center

Brochure - Shaping the automotive prototyping industry
Shaping the automotive prototyping industry with Flexform™ presses In Flexform, sheet metal is formed over one rigid, shape-defining tool half by a flexible rubber diaphragm supported by high hydraulic pressure. The use of a single rigid tool half results in short lead times, low tool costs, fast try-out and easy tool modification after component design changes.
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White Paper - Cut Cost and Lead Time in Jet Engine Production With Flexform Technology
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White Paper - Leveling the playing field for sheet metal parts
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Webinar - The Quintus Hydroform process for low volume sheet metal forming
Read more
Knowledge Center

Brochure - Shaping the low volume sheet metal forming industry
Shaping the low volume sheet metal forming industry with Flexform™ presses - In Flexform, sheet metal is formed over one rigid, shape-defining tool half by a flexible rubber diaphragm supported by high hydraulic pressure. The use of a single rigid tool half results in short lead times, low tool costs, fast try-out and easy tool modification after component design changes.
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White Paper - Innovations in Fluid Cell Tooling
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White Paper - Forming and process experience from the operation of a 3,000 ton Flexform deep draw press
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White Paper - Maximize your Flexform™ utilization
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