Defence

Our goal is reliability in operation for mission critical parts, synonymous with isostatically pressed components.

Your safety depends on the technology we deliver​

Quintus equipment is used to ensure the performance of mission of critical equipment in demanding environments, whether on land, in the air or at sea.​ Material performance is improved using our various densification technologies with the goal of improving safety of personnel and improvement of assets. ​

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.

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.

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.

Warm Isostatic Presses

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

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.

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.

How we help our customers

Customer Stories

Airbus Defence and Space decided to upgrade a Flexform Fluid Cell Press

White paper

Introduction to HIP and HPHTᵀᴹ

White paper

High Pressure Heat Treatment of AM Parts. Combining HIP and Heat Treatment

Airbus Defence and Space decided to upgrade a Flexform Fluid Cell Press
Customer Stories

Airbus Defence and Space decided to upgrade a Flexform Fluid Cell Press

Introduction to HIP and HPHT
White paper

Introduction to HIP and HPHTᵀᴹ

High Pressure Heat Treatment of AM Parts. Combining HIP and Heat Treatment
White paper

High Pressure Heat Treatment of AM Parts. Combining HIP and Heat Treatment

Related knowledge

Leveraging HIP as a Productivity Tool for AM Metallic Components
Webinar

Leveraging HIP as a Productivity Tool for AM Metallic Components

Shaping the future of the HIP industry
Brochure

Shaping the future of the HIP industry

White paper

Sustainable production potential of aero engine components in alloy 718 with Flexform™

White paper

Transforming heavy manufacturing with large-scale PM-HIP

Brochure

QIH 200 URC® – the largest HIP with full HPHT™ capability

White paper

Benefits of using HIP for additively manufactured thin-walled, high-performance heat exchangers

Technical Publication

Microstructure and mechanical properties of laser powder bed fusion Ti-6Al-4V after HIP treatments with varied temperatures and cooling rates

Leveraging HIP as a Productivity Tool for AM Metallic Components
Webinar

Leveraging HIP as a Productivity Tool for AM Metallic Components

Shaping the future of the HIP industry
Brochure

Shaping the future of the HIP industry

White paper

Sustainable production potential of aero engine components in alloy 718 with Flexform™

White paper

Transforming heavy manufacturing with large-scale PM-HIP

Brochure

QIH 200 URC® – the largest HIP with full HPHT™ capability

White paper

Benefits of using HIP for additively manufactured thin-walled, high-performance heat exchangers

Technical Publication

Microstructure and mechanical properties of laser powder bed fusion Ti-6Al-4V after HIP treatments with varied temperatures and cooling rates

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