Vehicles

Quintus presses are used in everything from cost efficient of complex geometry, highly complex low volume high value sheet metal parts to high-volume production of state-of-the-art EV ceramic ball bearings.

Densification the future for electrification​

WIP and HIP are game-changers for the transport industry. ​

HIP/HPHT™ enables technology steps in metal and ceramic material systems to meet the challenges posed by fossil-free travel. These include high-speed rotating parts, lightweight structures, and traditional densification of castings.​

Quintus Battery Presses will be used to develop the coming generations of energy storage solutions, ensuring more power and higher safety. ​

Related products

Cold Isostatic Presses

Material Densification
Quintus designs, produces and delivers cold isostatic pressing equipment from small monolithic systems to extremely large wire-wound machinery

Flexform™ Fluid Cell Presses

Sheet Metal Forming
Many companies, particularly in the aerospace market, use Flexform™ to form the majority of their sheet metal production parts. Fluid cell forming is perfectly suited to the relatively low-volume requirements of commercial, military and business aircraft.

High Pressure Heat Treatment

Material Densification
In recent years Quintus has harnessed the energy generated in the HIP to perform in-process heat treatment of components. We call it High Pressure Heat Treatment.

Battery presses

Material Densification
Isostatic Pressing is a proven technology for consolidation of powder and densification of solid materials. Metals, ceramics, composites and plastics all benefit from the use of isostatic pressing to densify and remove porosities and voids.

Large HIP Systems

Material Densification
Quintus is able to produce large HIP equipment with URC® cooling, reducing cycle times and increasing productivity.

Flexform™ Deep Draw Presses

Sheet Metal Forming
Since the commercial introduction of the first Quintus-designed deep-draw press in the mid-sixties, Quintus Technologies has grown to become the world’s leading producer of high-pressure deep draw Flexform™ presses for sheet metal hydroforming applications.

Isostatic Laminators

Material Densification
Quintus’s experience and engineering skill has also made it the undisputed leader in the growing world of isostatic lamination. Many customers have already come back to Quintus for their second or third laminators.

Hot Isostatic Presses

Material Densification
Quintus is the recognised leader in the design and manufacture of hot isostatic presses. Contact us to find out more about how HIP can change your business.

Flexform™ High Pressure Warm Forming

Sheet Metal Forming
The Flexform™ High Pressure Warm Forming process is a new technology that can replace or complement existing Titanium forming methods, such as hot-forming, hot stamping, super plastic forming, SPF, and hot gas forming.

Warm Isostatic Presses

Material Densification
Quintus designs, produces and delivers warm isostatic pressing equipment from small monolithic systems to extremely large wire-wound machinery.

How we help our customers

White paper

In-HIP Rapid Cooling of High-Strength Silicon Nitride

Customer Stories

Ford Motor Company have successfully operated a 93,000 ton Quintus Flexform press

Brochure

Shaping the low volume sheet metal forming industry

In-HIP Rapid Cooling of High-Strength Silicon Nitride
White paper

In-HIP Rapid Cooling of High-Strength Silicon Nitride

Ford Motor Company have successfully operated a 93,000 ton Quintus Flexform press
Customer Stories

Ford Motor Company have successfully operated a 93,000 ton Quintus Flexform press

Shaping the low volume sheet metal forming industry
Brochure

Shaping the low volume sheet metal forming industry

Related knowledge

Optical Lenses
Brochure

Quintus® Monoblock Laboratory warm isostatic pressing Systems

Brochure

Quintus Technologies Corporate Brochure

Brochure

Control System Upgrade with Quintus

Webinar

Quintus Purus® Clean HIP Processing

Tech Talks

Advanced Ceramics Si3N4 with Sinoma

Quintus Portal on mobile phone
Brochure

Remote Assistance and Digital Services

Effect of HIP and HPHTs on Die Cast AlSi10Mg Alloy Webinar
Webinar

Effect of HIP and High-Pressure Heat Treatments on Die Cast AlSi10Mg Alloy

Wear resistant AM components
White paper

Wear Resistant AM Components Enabled with In-HIP Heat Treatment

Quintus Purus® Enabling clean processing in Hot Isostatic Pressing
White paper

Quintus Purus® Enabling clean processing in Hot Isostatic Pressing

High Pressure Heat Treatment: Launching Hot Isostatic Pressing to the next level
Brochure

High Pressure Heat Treatment: Launching Hot Isostatic Pressing to the next level

Quintus Purus® Offering a clean Hot Isostatic Pressure
Brochure

Quintus Purus® Offering a Clean Hot Isostatic Pressing Atmosphere

The Role of Isostatic Pressing in Large-Scale Production of Solid-State Batteries
White paper

The Role of Isostatic Pressing in Large-scale Production of Solid-state Batteries

Uniform rapid quench of additively manufactured aluminum alloys
White paper

Uniform Rapid Quench of Additively Manufactured Aluminum Alloys

Material Densification
Video

Material Densification – Youtube playlist

The Research Institute of Sweden - Tech Talk
Tech Talks

The Research Institute of Sweden

Ni-Base Superalloys Ruhr University of Bochum - Tech Talk
Tech Talks

Ni-Base Superalloys Ruhr University of Bochum

Application Center Västerås - Tech Talks
Tech Talks

Application Center Västerås

HIP with AM Metals Stellenbosch University / University of Texas El Paso - Tech Talk
Tech Talks

HIP with AM Metals Stellenbosch University / University of Texas El Paso

Additive Manufacturing Penn State University - Tech Talks
Tech Talks

Additive Manufacturing Penn State University

Titanium Alloys iLAS/Hamburg Technical University & Fraunhofer IAPT - Tech Talks
Tech Talks

Titanium Alloys iLAS/Hamburg Technical University & Fraunhofer IAPT

Optical Lenses
Brochure

Quintus® Monoblock Laboratory warm isostatic pressing Systems

Brochure

Quintus Technologies Corporate Brochure

Brochure

Control System Upgrade with Quintus

Webinar

Quintus Purus® Clean HIP Processing

Tech Talks

Advanced Ceramics Si3N4 with Sinoma

Quintus Portal on mobile phone
Brochure

Remote Assistance and Digital Services

Effect of HIP and HPHTs on Die Cast AlSi10Mg Alloy Webinar
Webinar

Effect of HIP and High-Pressure Heat Treatments on Die Cast AlSi10Mg Alloy

Wear resistant AM components
White paper

Wear Resistant AM Components Enabled with In-HIP Heat Treatment

Quintus Purus® Enabling clean processing in Hot Isostatic Pressing
White paper

Quintus Purus® Enabling clean processing in Hot Isostatic Pressing

High Pressure Heat Treatment: Launching Hot Isostatic Pressing to the next level
Brochure

High Pressure Heat Treatment: Launching Hot Isostatic Pressing to the next level

Quintus Purus® Offering a clean Hot Isostatic Pressure
Brochure

Quintus Purus® Offering a Clean Hot Isostatic Pressing Atmosphere

The Role of Isostatic Pressing in Large-Scale Production of Solid-State Batteries
White paper

The Role of Isostatic Pressing in Large-scale Production of Solid-state Batteries

Uniform rapid quench of additively manufactured aluminum alloys
White paper

Uniform Rapid Quench of Additively Manufactured Aluminum Alloys

Material Densification
Video

Material Densification – Youtube playlist

The Research Institute of Sweden - Tech Talk
Tech Talks

The Research Institute of Sweden

Ni-Base Superalloys Ruhr University of Bochum - Tech Talk
Tech Talks

Ni-Base Superalloys Ruhr University of Bochum

Application Center Västerås - Tech Talks
Tech Talks

Application Center Västerås

HIP with AM Metals Stellenbosch University / University of Texas El Paso - Tech Talk
Tech Talks

HIP with AM Metals Stellenbosch University / University of Texas El Paso

Additive Manufacturing Penn State University - Tech Talks
Tech Talks

Additive Manufacturing Penn State University

Titanium Alloys iLAS/Hamburg Technical University & Fraunhofer IAPT - Tech Talks
Tech Talks

Titanium Alloys iLAS/Hamburg Technical University & Fraunhofer IAPT

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