GLEEBLE 3000 SERIES: ADVANCED THERMO-MECHANICAL SIMULATORS FOR MATERIALS TESTING

Industry-Leading Thermo-Mechanical Physical Simulation Systems for Ultra High Temperature Testing and Material Characterization

The Gleeble 3000 Series represents the evolution of thermo-mechanical simulation technology, originally pioneered as a weld HAZ (Heat-Affected Zone) thermal cycle simulation system and now developed into a comprehensive line of purpose-built systems covering a multitude of advanced material testing applications. Whether you're conducting ultra-high temperature testing, evaluating new alloy formulations, or simulating complex manufacturing processes, the Gleeble 3000 Series delivers unparalleled precision through direct resistance heating and optional induction heating capabilities. Our physical simulation systems eliminate the cost, time, and risk associated with full-scale production testing, enabling materials researchers and manufacturers to accelerate product development, optimize processes, and reduce expensive trial-and-error approaches in real-world environments.

ACCELERATE MATERIALS WITH GLEEBLE 3000

Identify the right Gleeble 3000 Series system for your testing requirements. Connect with our experts to compare models, validate your application, and streamline your path from research to production with precision thermo-mechanical simulation.

GLEEBLE 3000 SERIES OVERVIEW

The Gleeble 3000 Series comprises three distinct thermo-mechanical simulator models, each engineered to address specific materials testing requirements while maintaining the precision and reliability that define Gleeble systems worldwide.

Precision Thermal Control

Heating rates up to 10,000°C/second
Cooling rates exceeding 10,000°C/second
Temperature control accuracy ±1°C
Direct resistance and induction heating options

Mechanical Testing Capabilities

Simultaneous thermal and mechanical loading
Tensile, compression, and torsion testing
Strain-controlled and stress-controlled modes
Real-time data acquisition and analysis

Advanced Material Compatibility

Metals and alloys (steel, aluminum, titanium, superalloys)
Advanced composites and ceramics
Additive manufacturing materials
Ultra-high temperature materials testing

CHOOSE YOUR GLEEBLE 3000 SERIES SYSTEM

GLEEBLE 3800

Our flagship system offering maximum versatility and the most comprehensive testing capabilities. Ideal for advanced research institutions and manufacturers requiring the full spectrum of thermal-mechanical simulation, including complex multi-step thermal cycles and advanced material characterization.

Gleeble 3500

The optimal balance of performance and value, designed for production environments and applied research. Delivers robust thermo-mechanical testing capabilities with streamlined operation, perfect for quality control, process optimization, and material validation.

Gleeble 3180

Compact and cost-effective solution for focused materials testing applications. Purpose-built for weld HAZ simulation, heat treatment studies, and fundamental material property evaluation with the precision and reliability of the Gleeble platform.

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

READY TO TRANSFORM YOUR MATERIALS TESTING?

Discover how Gleeble 3000 Series thermo-mechanical simulators can accelerate your research, optimize your processes, and reduce development costs.

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