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

Monoblock CIP Systems

Material Densification
Monoblock Cold Isostatic Presses designed for research, prototyping, and small-batch production across ceramics, pharmaceuticals, electronics, and advanced materials.

Large CIP Systems

Material Densification
Engineered for large-scale production, Quintus Technologies’ Cold Isostatic Presses deliver uniform density, high reliability, and flexible configurations for oversized and high-volume components.

Advanced Cooling Capabilities in HIP Processing

Material Densification
Modern Hot Isostatic Pressing (HIP) systems allow precise cooling control to optimize microstructures, reduce distortion, and combine densification with heat treatment in a single cycle.

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.

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.

Large HIP Systems

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

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

Customer Stories

MTC Powder Solutions expands PM-HIP capabilities with Quintus QIH 286

Webinar

Hot Isostatic Pressing (HIP) for Metal AM

White paper

Reducing heat treatment distortion through High Pressure Heat Treatment (HPHT™)

Brochure

High-end sinter-based parts powered by Hot Isostatic Pressing

Customer Stories

Morgan Advanced Materials improves productivity and eliminates scrap with advanced CIP upgrade

Post-Processing Contributions to Fatigue Variability in L-PBF Ti6Al4V with UW
Tech Talks

Post-processing contributions to fatigue variability in L-PBF Ti6Al4V with the University of Washington

White paper

Reducing fatigue failure in titanium alloys: Opportunities for HIP in aerospace and medical AM

Customer Stories

MTC Powder Solutions expands PM-HIP capabilities with Quintus QIH 286

Webinar

Hot Isostatic Pressing (HIP) for Metal AM

White paper

Reducing heat treatment distortion through High Pressure Heat Treatment (HPHT™)

Brochure

High-end sinter-based parts powered by Hot Isostatic Pressing

Customer Stories

Morgan Advanced Materials improves productivity and eliminates scrap with advanced CIP upgrade

Post-Processing Contributions to Fatigue Variability in L-PBF Ti6Al4V with UW
Tech Talks

Post-processing contributions to fatigue variability in L-PBF Ti6Al4V with the University of Washington

White paper

Reducing fatigue failure in titanium alloys: Opportunities for HIP in aerospace and medical AM

Need help choosing the right press for your business?

Need help choosing the right press for your business?

Do not hesitate to contact us. We are always ready to answer your questions.