In-situ Tensile Heating & Cryo Stage | SIMTRUM Photonics Store

The In-situ Tensile Heating & Cryo Stage is an advanced experimental device designed for stress-strain testing of materials under various temperature conditions. This Series, integrated with an in-situ tensile module, can perform stretching, compression, or reciprocating motion in constant force or constant speed modes to explore the mechanical properties of materials. Equipped with liquid nitrogen cooling and resistance heating technology, it can achieve a temperature range from -190°C to 1500°C, meeting a wide range of experimental needs. As technology advances and the market expands, the application scope and market demand for this equipment will further increase.

* The product must be used in conjunction with a temperature controller, a cooling controller (optional), and an in-situ tensile controller. The accompanying PC software facilitates the setting of temperature and mechanical parameters and data collection.

In-situ Tensile Heating & Cryo Stage CRYO600-190-5000N	SEM In-situ Tensile Heating & Cryo Stage RTH1000-5000N-SEM

Features

• Flexible temperature control  The combination of liquid nitrogen cooling and resistance heating ensures precise temperature adjustment.
• High precision measurement   Provides high-precision mechanical and displacement measurements, ensuring the accuracy of experimental results.
• Multifunctional application  Supports various mechanical modes such as stretching, compression, bending, and shearing.
• Easy to operate  The accompanying PC software simplifies the setting of temperature and mechanical parameters and data collection.

Applications

The in-situ tensile heating and cooling stage is widely used in materials science, biomedical engineering, chemical engineering, and other fields. It is particularly suitable for studying the mechanical properties of materials under different temperature conditions, such as stress-strain analysis of metals, plastics, ceramics, and composite materials.

Functions & Customization

Product specifications and Brochures

Product Brochure Link:  

Simtrum In-situ Tensile Stage User' Manual (Click)	Temperature Control SIMTRUM HC-C Software Operation Manual (Click)	Temperature Control SIMTRUM HC-C Software (Click)	Mechanical Testing MaxTest Software Operation Manual (Click)	Mechanical Testing MaxTest  Software (Click)

• SIMTRUM In-situ Tensile Stage User's Manual
  The SIMTRUM In-situ Tensile Stage User's Manual provides complete guidance on the hardware configuration, physical installation, and daily operation of the integrated thermo-mechanical testing system. It describes the system composition in detail, covering the heating/cooling chamber, liquid nitrogen cooling assembly, temperature controller, motion controller, and optional accessories such as the water chiller and vacuum pump. The manual includes comprehensive technical specifications, step-by-step installation diagrams (wiring and pipeline connections), and precise sample mounting procedures. It also outlines the complete operational workflow, routine maintenance protocols, common troubleshooting guides, and warranty service information. As the core hardware reference for the in-situ tensile stage, it is designed to be used alongside the dedicated temperature and mechanical control software manuals.

• SIMTRUM HC-C Software Operation Manual
  The SIMTRUM HC-C Software Operation Manual provides comprehensive step-by-step guidance on software installation, PC-to-controller communication, and core system configuration. It thoroughly details three essential temperature control modes—Fixed-point, Program Segment, and Multi-segment Formulation—alongside best practices, safety protocols, and data archiving, ensuring precise and stable ramping within the system’s hardware limits.

• SIMTRUM HC-C Software 
  Built for precision and experimental flexibility, the SIMTRUM HC-C Software serves as the central command hub for your temperature-controlled stage. Beyond its clear and user-friendly interface, the software offers a robust suite of engineering features tailored for demanding scientific and industrial applications: Intuitive Dashboard & Real-Time Visualization, Advanced Multi-Segment Programming, Automated Data Logging & Traceability

• MaxTest Software Operation Manual
  The MaxTest Software Operation Manual provides comprehensive step-by-step guidance on software installation, PC-to-controller communication, and core system configuration. It thoroughly details three essential mechanical testing modes—Constant Displacement, Constant Load, and Cyclic Loading (Multi-segment Profile)—alongside best practices, safety protocols, and data archiving, ensuring precise and stable force/displacement control within the system’s hardware limits.

• MaxTest  Software
  Built for precision and experimental flexibility, the MaxTest  Software serves as the central command hub for your mechanical testing stage. Beyond its clear and user-friendly interface, the software offers a robust suite of engineering features tailored for demanding scientific and industrial applications: Intuitive Dashboard & Real-Time Force-Displacement Visualization, Advanced Multi-Segment & Cyclic Programming, Automated Stress-Strain Data Logging & Traceability.

For technical support or custom project inquiries, please contact us.

Application 1

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