Dynamic Systems Inc. and Stony Brook University Announce Beta Trial of Ultra-High-Temperature Testing System for Advanced Materials Research

Rhea-AI Summary

Dynamic Systems Inc. (DSI), a subsidiary of Vishay Precision Group (NYSE: VPG), has partnered with Stony Brook University (SBU) for beta evaluation of their Ultra High Temperature Ceramic and Composite (UHTC) testing system. The system enables testing of ceramics and non-conductive materials at temperatures over 2000°C.

The ASTM-compliant system will be housed in SBU's FACET laboratory and offers key features including precision temperature control, rapid thermal cycling, and cross-disciplinary innovation capabilities. Notably, the system delivers up to 10X faster experimental throughput compared to conventional systems. This marks the second beta installation following the University of Alabama collaboration.

Positive

• System enables testing at extreme temperatures exceeding 2000°C, expanding research capabilities
• Delivers 10X faster experimental throughput compared to conventional systems
• Builds on established Gleeble thermal-mechanical simulator technology
• Second successful beta installation demonstrates product development progress

Negative

• None.

POESTENKILL, N.Y., Sept. 29, 2025 (GLOBE NEWSWIRE) -- Dynamic Systems Inc. (DSI), a subsidiary of Vishay Precision Group Inc. (NYSE: VPG), and Stony Brook University (SBU) announced today a beta evaluation of DSI’s Ultra High Temperature Ceramic and Composite (UHTC) testing system. The system enables the testing of ceramics and other non-conductive materials at temperatures exceeding 2000°C, providing researchers with new capabilities for studying the performance of advanced materials under extreme conditions.

The ASTM-compliant UHTC system will be housed in SBU’s Fracture Analysis and Creep at Elevated Temperatures (FACET) laboratory, part of the Advanced Energy Research and Technology Center (AERTC). It will play a central role in research programs focused on next-generation high-performance materials, including those being developed for fusion energy and other demanding applications.

“At the AERTC, our mission is to advance solutions to some of the most complex challenges in energy and sustainability,” said Michal Kinch, Chief Innovation Officer at Stony Brook University. “Collaborating with DSI to evaluate the UHTC system significantly expands our ability to characterize materials at ultra-high temperatures, a critical requirement for the development of new energy technologies.”

The UHTC system builds on the foundation of DSI’s widely adopted Gleeble® thermal-mechanical simulator, used globally for alloy development and materials science research. By extending those capabilities to ceramics and composites, the UHTC system introduces:

• Precision temperature control ensures accurate measurement and reproducibility.      
• Rapid thermal cycling to simulate real-world environments.
• Cross-Disciplinary innovation supporting new applications.     
  

These features provide a step-change in experimental throughput—up to 10X faster than conventional systems—while maintaining the accuracy and reliability required for advanced research.

“We are pleased to collaborate with Stony Brook University in this critical stage of the UHTC system’s development,” said Dr. Nick Moelders, President, Dynamic Systems Inc. “This beta system is the second in our program, following our collaboration with the University of Alabama, and is an important milestone in validating the system for broad use in the research community. Our collaboration with SBU accelerates UHTC system development with real-world research feedback while advancing SBU’s mission to create next-generation materials through advanced simulation.”

About AERTC at Stony Brook University

The Advanced Energy Center (AERTC) is located in the Research & Development Park at Stony Brook University and is a true partnership of academic institutions, research institutions, energy providers and industrial corporations. The Center's mission is innovative energy research, education and technology deployment with a focus on efficiency, conservation, renewable energy and nanotechnology applications for new and novel sources of energy.

About Dynamic Systems Inc.

Dynamic Systems Inc. (DSI) is a global leader in materials testing technology. For decades, DSI has delivered world-class testing solutions through the Gleeble series, empowering researchers and engineers to push the boundaries of materials science in industries such as aerospace, automotive, defense, and energy. For more information on Dynamic Systems and the Gleeble, please contact: info@gleeble.com or visit https://gleeble.com. 

About VPG

Vishay Precision Group, Inc. (VPG) is a leader in precision measurement and sensing technologies. Our sensors, weighing solutions and measurement systems optimize and enhance our customers’ product performance across a broad array of markets to make our world safer, smarter, and more productive. To learn more, visit VPG at www.vpgsensors.com and follow us on LinkedIn.

Contacts:

Don Olzowy
Dynamic Systems Inc.
Tel: (518) 283-5350 x262
Email: don.olszowy@gleeble.com

Lance Snead
CEAS Dean’s Fellow for Research - SBU
Email: lance.snead@stonybrook.edu

Steve Cantor
Vishay Precision Group (VPG)
Email: info@vpgsensors.com

“Gleeble” is a registered trademark of Dynamic Systems Inc. A VPG Brand

© 2025 VPG - All Rights Reserved

A photo accompanying this announcement is available at https://www.globenewswire.com/NewsRoom/AttachmentNg/5bd00363-6343-4472-befd-b9bd6102e5f6

FAQ

What is the new UHTC testing system announced by VPG's Dynamic Systems?

The UHTC (Ultra High Temperature Ceramic and Composite) system is a testing platform that enables testing of ceramics and non-conductive materials at temperatures exceeding 2000°C, with 10X faster experimental throughput than conventional systems.

Where will VPG's new UHTC testing system be installed?

The system will be installed at Stony Brook University's FACET laboratory, which is part of the Advanced Energy Research and Technology Center (AERTC).

What are the key features of VPG's UHTC testing system?

The key features include precision temperature control, rapid thermal cycling to simulate real-world environments, and cross-disciplinary innovation capabilities for advanced materials research.

How many beta installations of VPG's UHTC system are there?

This is the second beta installation of the UHTC system, following a previous collaboration with the University of Alabama.

What applications will VPG's UHTC testing system be used for?

The system will be used for research on next-generation high-performance materials, particularly those being developed for fusion energy and other demanding applications requiring extreme temperature testing.