Material Densification Application Centers
Expert support for testing, developing recipes, and optimizing processes
Test, Optimize, and Innovate
The Quintus Advanced Material Densification application centers have developed into a major source of value for our customers. Here, materials and HIP/WIP/CIP recipes can be tested together with our experts to drive productivity up and costs down. Testing of new materials or adjustment of parameters can be done in our small-scale unit, avoiding the need to take up valuable capacity in larger production equipment.
Services Offered
From mastering the use and implementation of modern Hot Isostatic Pressing (HIP) equipment to optimization and consolidation of post-process heat treatment.
Quintus Technologies can offer testing and application support within isostatic pressing to demonstrate the capabilities, feasibility and results of the process. Included in this scope are:
- Consultation on materials, process capabilities, and process parameters
- Thorough testing of the desired process to confirm functionality
- A report describing the results and the logged process data
Consultation
Consultation on materials, process capabilities, and process parametersTesting
Thorough testing of the desired process to confirm functionalityReport
A report describing the results and the logged process dataWe support by collaborating with an external partner to evaluate chemical composition, microstructure, porosity, mechanical properties, and fatigue properties of the tested samples, scope, and price to be defined based on current needs.
Facilities & Equipment
Our application centers are equipped with state-of-the-art facilities and a full range of HIP, WIP, and CIP systems, designed to support both testing and development. Whether evaluating new materials or fine-tuning process parameters, our equipment enables efficient, small-scale trials without disrupting full-scale production.
Equipment
Hot/Warm/Cold Isostatic Presses, Isostatic LaminatorEquipment capabilities
Each center has different equipment and capabilities. Below are our overall capabilities:
- HIP operates up to 2,000°C and 2,070 bar (30,000 psi/207 MPa) using argon as a pressure medium
- Furnaces: Graphite (2,000°C, for ceramics/refractory metals) and Molybdenum (1,450°C, for metals requiring controlled cooling)
- Uniform Rapid Cooling (URC®), Uniform Rapid Quenching (URQ®), and Quintus Purus® capabilities
- CIP using water or oil as a pressure medium
- WIP using oil as a pressure medium
Expert Support & Collaboration
Close collaboration with customers, universities, and research institutions is driving cutting-edge advancements in HIP technology. These partnerships are shaping the future of mass production by enabling the optimization of new techniques and process parameters. See the typical 168网开奖查询记录结果:HIP parameters for various materials as your starting point, helping you accelerate development and validation.
In addition, we have compiled and summarized HIP standards for several advanced manufacturing methods, including Additive Manufacturing (AM), Metal Injection Moulding (MIM), and PM-HIP, across various material groups, consolidating relevant international and industry standards in one place.
Together with hands-on experience at the Quintus Application Centers, this support enables customers to refine parameters, develop production strategies, and ensure a smooth transition from concept to full-scale operation.- Evaluation of new HIP processes/applications
- Optimization of current HIP processes
- Proof of concept for potential customers
Case study
Launch Canada
Launch Canada is a national non-profit organization dedicated to advancing STEM education and rocketry innovation through hands-on student engagement. By organizing Canada’s largest rocket engineering competition and leading collaborative technology development projects, they provide invaluable real-world experience to the next generation of aerospace professionals.We are proud to support Launch Canada in advancing student-driven aerospace innovation. By providing Hot Isostatic Pressing (HIP) consulting and application services for L-PBF Ti6Al4V rocket components, we help improve the performance, reliability, and structural integrity of their designs. Utilizing the latest HIP specification (AMS 7028), we optimize strength and fatigue life through a tailored high-pressure, low-temperature cycle. This collaboration empowers the next generation of rocketeers with cutting-edge manufacturing practices and real-world engineering experience
Case study
Chalmers Formula Student Freja
Chalmers Formula Student bridges the gap between Engineering Education and Industry by training students in a real-life project where they independently Design, Analyze and develop Technology solutions by making Data-Driven Decisions throughout the Design, Manufacturing and Testing of a full-fledged Formula Racing automobile, and finally put their skills to the test in competitions with various other teams from the rest of the world.
Quintus is one of the bronze sponsors and a very proud partner with Chalmers Formula Student. Recently, they unveiled Freja, the CFS24 car set to compete in Formula Student East in Hungary and Formula Student Germany.
We proudly contributed to the project by providing HIP processing for the Aluminium AlSi10mg additively manufactured components of the car’s suspension system using our HIP system at our Application Center in Västerås, Sweden.Case study
RES2AM Project
The RES2AM project is developing Sweden’s first large-scale Laser Powder Bed Fusion (PBF-LB) system demonstrator to accelerate industrial metal additive manufacturing. The initiative aims to strengthen local supply chains, cut material waste, and advance Sweden’s Net Zero manufacturing goals.Partners include Chalmers University of Technology, GKN Aerospace Sweden, Nikon SLM Solutions, Saab, Ringhals AB, SKF Group, Quintus Technologies, Interspectral, AMiquam, Additive Assurance, Hexagon AB, MTC Powder Solutions, and Dyndrite, with academic collaboration from DTU (Denmark) and the Multi-Scale Additive Manufacturing Laboratory (Canada).Quintus contributes its Hot Isostatic Pressing (HIP) expertise to enhance the performance and reliability of additively manufactured metal parts, validating post-processing and supporting industrial qualification. The project aims to demonstrate a robust, sustainable, and digitally connected manufacturing chain for next-generation metal additive production in Sweden.
Case study
The Rocket Team at The Ohio State University
We were pleased to support the Buckeye Space Launch Initiative (BSLI) Liquid Rocket Systems team at The Ohio State University this last Christmas by HIPing their fuel impeller and coaxial swirl liquid oxygen and kerosene fuel injector.The impeller will undergo intense pressure and forces, running at 40,000 rpm and operating at 1,270 PSI. To meet these demands, the components require the full strength of Inconel 718, which we were proud to help deliver using our HIP system.This contribution supports the team’s continued progress toward building the first student pump-fed rocket engine.