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Whitepaper - Quintus Purus® Enabling clean processing in Hot Isostatic Pressing
When setting up all the correct conditions for the heat treatment process, clean and unoxidized surfaces could be expected, and often regarded as necessary. This is especially true if the part performance is critically affected by the surface state, or if thermal processing is, or has the potential to become, the final processing step for the part.
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Tech Talks - Application Center Västerås
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White Paper - High Pressure Heat Treatment perfects the properties of your medical implants
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White Paper - In-HIP Rapid Cooling of High-Strength Silicon Nitride
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Knowledge Center

Brochure – High-Pressure Heat Treatment: Launching Hot Isostatic Pressing to the next level
Hot Isostatic Pressing – HIP basics. Bringing out the optimum properties in metal and ceramic systems.
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White Paper - Hot Isostatic Pressing for Orthopedic Implants
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Brochure - Quintus Purus® Offering a clean Hot Isostatic Pressure
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Brochure - HIP supporting Additive Manufacturing Industry
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Knowledge Center

Brochure - Quintus Purus® Offering a clean Hot Isostatic Pressure
Answering the call from industry to get clean, un-oxidised surfaces from the HIP/HPHT process for e.g., trabecular surface structures and narrow internal media channels, features today made possible by additively manufacturing components.
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Brochure - HIP supporting Additive Manufacturing Industry
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Webinar - Hot Isostatic Pressing for Orthopedic implants
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Tech Talks - Application Center Västerås
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Knowledge Center

White Paper – Uniform rapid quench of additively manufactured aluminum alloys
Recent advancements in Hot Isostatic Pressing (HIP) equipment now offer the ability to integrate HIP and solution heat treatment in the HIP furnace with the aid of controllable high-speed cooling and in-HIP quenching.
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Brochure - Quintus Purus® Offering a clean Hot Isostatic Pressure
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White Paper – Uniform rapid quench of additively manufactured aluminum alloys
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White Paper - HIP for AM parts
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Knowledge Center

White Paper - Optimizing sheet metal forming - Aircraft doorframe
In this whitepaper we describe how the number of steps for producing a doorframe for a civil aircraft initially was reduced from 16 to 6 process steps, resulting in major savings for the manufacturer, and how it would be possible to further reduce the required number of process steps down to just three.
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Customer Conversations - Burloak Technologies
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Webinar - Latest developments in High Pressure Heat Treatment of AM parts
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Brochure - Supporting the Nuclear Waste Industry
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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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Webinar - Hot Isostatic Pressing for Orthopedic implants
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White Paper - Technology Maturation of Hot Isostatic Pressing for Nuclear Waste Treatment
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Brochure - Optimizing Products Regardless of Industry
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Knowledge Center

White Paper - Formability of Ti-6Al-4V at low temperature and high-pressure
An alternative new forming method to Hot forming has in this paper been evaluated, where an elevated pressure is used, combined with only a fraction of the temperature required at Hot forming or at Super Plastic Forming, SPF.
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Brochure - Developments in Post Treatment Technologies
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White Paper - HIP perfects the properties of your 3D printed parts
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White Paper - Trends in Hot Isostatic Pressing in Aerospace Applications
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Knowledge Center

White Paper - Formability of Titanium Ti-6Al-4V sheets at moderate temperature combined with high-pressure
Costly and time-consuming high-temperature forming methods have limited the use of Ti-6Al-4V to highly stressed components in narrowly specialized and small volume applications, ideal for applications where less than ~1000 parts per year is required, and in vide varieties. A new forming technology, High Pressure Warm Forming process (HPWF) combines high pressure with a moderately elevated temperature for a more rapid and cost-effective forming of aerospace-grade titanium parts.
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Brochure - Accreditation Sheet - NADCAP Accreditation
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Tech Talks - Transparant Ceramics Polycrystal design GMBH
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Brochure - Quintus® Compact HIP Systems
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Knowledge Center

Reference Case - Premium AEROTEC
The Flexform Fluid Cell Press at Premium AEROTEC’s plant in Bremen, Germany, had been in operation for more than 30 years when the company decided to upgrade the control system of the press to ensure reliable uptime and access to spare parts. This would also increase productivity and enhance both alarm handling and data logging greatly.
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Reference Case - Anhui Yingliu Group Huoshan Casting Co. Ltd.
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Tech Talks - F357 University of Arizona & SLM Solutions
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White Paper - The Advantage of Combining Hot Isostatic Pressing and Heat Treating Cycles in Additively Manufactured Components
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Knowledge Center

Reference Case - Airbus Defence and Space
To secure high equipment availability and improve productivity, Airbus Defence and Space decided to upgrade a Flexform Fluid Cell Press in one of its production plants. The press was originally designed and commissioned by Quintus in 2002. The upgrade was performed during a planned maintenance stop, and the press was back in operation after a record-short time thanks to great teamwork and meticulous planning
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Tech Talks - Titanium Alloys iLAS/Hamburg Technical University & Fraunhofer IAPT
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Brochure – High-Pressure Heat Treatment: Launching Hot Isostatic Pressing to the next level
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White Paper - Phase Transformation under Isostatic Pressure
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