INDUSTRIES WE SERVE ADVANCED MATERIALS TESTING & THERMO-MECHANICAL SIMULATION ACROSS SECTORS
Enabling Aerospace, Automotive, Energy, Metals, R&D, and Universities with High-Fidelity Physical Simulation Data
From jet engine alloys to next-generation battery materials, Gleeble's thermo-mechanical simulation and physical simulation systems give the world's most demanding industries the data they need — at the temperatures, strain rates, and conditions that matter.
BUILT FOR THE MOST COMPLEX PROBLEMS IN MATERIALS TESTING
Every Gleeble system is engineered to close the gap between laboratory conditions and real-world processing — delivering data your engineers and simulation models can actually trust.
Discover how Gleeble systems are embedded in the R&D and production workflows of the industries that define modern materials engineering.
WHERE GLEEBLE SYSTEMS ARE DEPLOYED TODAY
Gleeble physical simulation systems are not laboratory curiosities — they are active tools in the material qualification, process design, and failure investigation workflows of leading global manufacturers and research institutes.
Whether your team is qualifying a new AHSS grade for a BIW stamping application, characterizing weld HAZ toughness for a deepwater riser system, or developing processing maps for an additive manufactured nickel alloy, Gleeble systems provide the ground-truth physical data that computational models depend on.
With reproducible test conditions, standardized fixtures, and an open data architecture compatible with all major FEM and CALPHAD tools, Gleeble becomes the connective tissue between your physical testing and digital simulation environments.
READY TO SOLVE YOUR TOUGHEST MATERIALS CHALLENGES?
Speak with a Gleeble application specialist to discuss how physical simulation can accelerate your materials testing, qualification, and R&D programmed — or download our full system capability brochure to share with your team.
