GLEEBLE 3500-GTC SYSTEM

Advanced Thermo-Mechanical Simulator for Precision Materials Testing

The industry-leading physical simulation system for thermo-mechanical testing, weld HAZ simulation, and high-temperature materials analysis. The Gleeble 3500-GTC® system represents a breakthrough in thermo-mechanical simulation technology, delivering unparalleled precision for materials testing laboratories worldwide. As the most versatile physical simulation system in its class, the Gleeble 3500-GTC enables materials scientists, metallurgists, and engineers to accurately replicate real-world manufacturing processes including forging, rolling, welding, and heat treatment.

With rapid thermal cycling capabilities, precise temperature control within ±1°C, and direct resistance heating technology, this system eliminates the guesswork in material development and process optimization.

Whether you're developing next-generation alloys for aerospace applications, optimizing welding procedures for critical infrastructure, or validating manufacturing processes for automotive components, the Gleeble 3500-GTC provides the experimental foundation needed to accelerate innovation while reducing costly production failures.

ACCELERATE YOUR MATERIALS TESTING PROGRAM

Join hundreds of leading laboratories, universities, and manufacturing facilities worldwide who rely on Gleeble technology for critical materials testing and process development.

SOLVING CRITICAL CHALLENGES

Materials testing laboratories face increasingly complex demands as advanced alloys, additive manufacturing, and extreme operating conditions push the boundaries of traditional testing methods. The Gleeble 3500-GTC System addresses these challenges head-on.

Eliminate Process Uncertainty
Accurately simulate real manufacturing conditions before committing to full-scale production, reducing scrap rates and costly process iterations through validated thermo-mechanical profiles.

Accelerate Development Cycles
Compress months of traditional testing into days with rapid thermal cycling and automated test sequences, enabling faster time-to-market for new materials and processes.

Ensure Joining Integrity
Predict and prevent heat-affected zone (HAZ) failures in critical welds through precise thermal cycle simulation, protecting infrastructure and lives while meeting stringent code requirements.

Expand Testing Capabilities
Test exotic alloys, composites, and advanced materials under extreme conditions that conventional testing equipment simply cannot achieve, opening new research and commercial opportunities.

CORE FEATURES ENGINEERED FOR PERFORMANCE

Every component of the Gleeble 3500-GTC has been designed to deliver the precision, versatility, and reliability that modern materials testing demands.

Direct Resistance Heating

Proprietary direct resistance heating technology delivers heating rates up to 10,000°C/second, enabling true simulation of industrial processes like welding, induction heating, and rapid forging operations.

Uniform temperature distribution across test specimens
Minimal thermal inertia for rapid cycle times
Energy-efficient operation reduces operating costs
Compatible with conductive and select non-conductive materials

Precision Temperature Control

Industry-leading closed-loop thermal control system maintains temperature accuracy within ±1°C across the entire testing range from ambient to 3000°C, ensuring repeatable, publishable results.

Thermocouple or pyrometer-based monitoring
Real-time temperature feedback and adjustment
Multiple control zones for complex thermal gradients
Automated thermal profile execution

Rapid Quenching Systems

Integrated quenching capabilities achieve cooling rates of 10,000°C/second max using helium, nitrogen, or water quench systems, accurately replicating industrial cooling processes.

Controlled cooling rates from 0.01 to 10,000°C/second
Programmable multi-stage cooling profiles
Gas and liquid quench media options
Critical for phase transformation studies

Modular Design Architecture

Modular system architecture allows configuration customization and future expansion with additional test capabilities as laboratory requirements evolve.

Field-upgradeable hardware components
Software modules for specialized testing
Accommodates third-party instrumentation
Protects your investment long-term

Versatile Mechanical Testing

Hydraulic actuator system provides precise control of tensile, compression, and torsion, enabling comprehensive mechanical characterization under thermal conditions.

Hot tensile and compression testing to failure
Plane strain compression testing capability
Stress relaxation and creep testing
Dynamic strain control for hot working simulation

Advanced Data Acquisition

High-speed digital data acquisition system captures temperature, load, displacement, and strain data at up to 10,000 Hz, providing comprehensive documentation of every experiment.

Synchronized multi-channel data recording
Export to standard analysis formats
Real-time graphical display of test parameters
Automated report generation capabilities

Intuitive Control Software

Windows-based control software provides intuitive test programming with pre-configured templates for common simulation tests, reducing operator training time and minimizing errors.

Graphical thermal cycle programming interface
Extensive test template library included
Remote monitoring and control capabilities
Comprehensive safety interlocks and monitoring

Environmental Control Chamber

Optional controlled atmosphere chamber enables testing in vacuum, inert gas, or reactive atmospheres, protecting reactive materials and enabling oxidation studies.

Vacuum levels to 10⁻⁴ Torr
Inert gas atmosphere control (Argon, Helium)
Prevents oxidation of reactive alloys
Enables controlled oxidation studies

EXPLORE THE NEXT GENERATION OF MATERIALS TESTING

Download the Gleeble 3500-GTC brochure to accelerate development and optimize your processes. Get the insights you need to improve quality and move faster.

Specifications	3800-GTC	3500-GTC	3180-GTC
Force Capacity
Maximum Compressive Force	20 Metric Tons	10 Metric Tons	8 Metric Tons
Maximum Tensile Force	10 Metric Tons	10 Metric Tons	8 Metric Tons
Stroke Performance
Maximum Stroke Distance	125 mm	100 mm	100 mm
Maximum Stroke Rate	2,000 mm/sec	1,000 mm/sec	1,000 mm/sec
Minimum Stroke Rate	0.001 mm/sec	0.001 mm/sec	0.01 mm/sec
Temperature Control
Maximum Temperature*	3,000 °C	3,000 °C	1,700 °C
Maximum Heating Rate	10,000 °C/sec	10,000 °C/sec	8,000 °C/sec
Maximum Quenching Rate*	10,000 °C/sec	10,000 °C/sec	10,000 °C/sec
Specimen Capacity
Maximum Specimen Size	20 mm diameter	20 mm diameter	12 mm diameter

CURIOUS ABOUT THE GLEEBLE SERIES 3500-GTC?

From system capabilities and testing applications to setup, operation, and support—find clear, expert answers to help you move forward with confidence. Browse the FAQ to get the insights you need, fast.

STILL HAVE QUESTIONS? CONTACT OUR TEAM

We can help select the best precision thermo-mechanical materials testing system for your needs.

Back to Top