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.

 

Variable temperature tensile micro-deformation testing system

Welding strength test (with DIC system)

 

 

Functions & Customization

 

In-situ tensile heating & cryo stage realizes function

Various type of Fixtures

 

Product specifications and Brochures

Product Brochure Link:  

Parameter	CRYO600-190-5000N	RTH1000-5000N
Temperature Control Module
Cooling & Heating	Liquid nitrogen refrigeration, resistance heating	Resistance heating
Temperature Control Range	-190～600℃ *	RT~1000℃ *
Temperature Stability	±0.1℃ (<600℃), ±1℃ (>600℃)*
Temperature Resolution	0.1℃
Temperature Control Speed	0~30℃/min (fixed point/segment temperature control possible)
Temperature control method	PID
Temperature Sensor	PT100	Thermocouple
Mechanics Module
Pulling Range	0-5000N *(500N, 1000N, 2000N, 5000N, etc. optional)
Pulling Force Accuracy	0.5%FS *
Displacement Distance	40mm (two-way, optional) *
Stretch Speed	0.1~60mm/min *
Displacement Accuracy	±1μm
Mechanical Mode	Tensile (hot and cold), compression, bending, shearing
Optical Properties
Light Path	Reflected light path *Can be upgraded to transmitted light path
Window Material	Quartz glass *
Window Size	Φ45mm *
Objective Working Distance	20mm *
Light Hole	No light-transmitting hole by default *Light-transmitting hole can be upgraded
Structural Properties
Sample Table Size	12x35mm *	φ15mm *
Sample Carrier Material	Silver / Stainless steel /copper	Ceramic*
Dimensions	360×150×40mm *
Sample Chamber Height	17mm *
Chamber	Airtight, can be filled with protective atmosphere*
Basic Configuration	In-situ stretching heating & cryo table x1, in-situ stretching controller x1, temperature controller x1, refrigeration controller x1 (low temperature configuration), liquid nitrogen tank x1 (low temperature configuration), temperature control stretching integrated software x1, cycle Water system x1, several connecting pipes
Optional	Computer host/installation bracket/customized control software/DIC-Micro microscopic strain measurement analysis system
Remark	The above are all default parameters * are customizable items

 

Application 1

● TCSPC Testing Solution for Bear Chip SPAD (APD) 

● TCSPC Testing Solution for Packaged SPAD (APD) TO46 or T08                                Product Brochure Link: 

Free-space Bear Chip SPAD TCSPC Testing System

Fiber-based Bear Chip SPAD TCSPC Testing System

 

Application 2  Variable temperature Raman spectroscopy test

Optical Heating & Cryo Stage

 

Application 3  Optical vacuum hot stage for crystal sample testing

Optical vacuum hot stage

 

Application 4  High temperature Raman field temperature control test 

1500℃  temperature hot plate

 

Application 5   Ultra-high temperature hot stage with Timegate time-gated Raman spectrometer on-site test

Ultra-high temperature hot plate

 

Application 6  External four-probe hot and cold stage for temperature and vacuum testing

Adjustable Electrical Probe Station

 

Application 7  Customized probe hot and cold bench joint debugging test

Electrical Probe Temperature Stage

 

Application 8  Customized SEM hot and cold stage for variable temperature testing

SEM Hot and Cold Stage

 

Application 9  XRD in-situ hot and cold stage adapted to X-ray diffractometer testing

XRD in-situ hot and cold stage

 

Application 10  Customized μTS desktop stretching machine hot and cold stage

In-situ Tensile Heating & Cryo Stage

 

Application 11  Customized Dielectric Charge and Discharge Test System

Optical Heating & Cryo Stage

 

 

	Temperature Range	Chamber Type	Optical Path	Electrinical Probe Arm
Optical Heating & Cooling Stage	-190°C to 1200°C	Air-tight or Vacuum sealed	Transmission or Reflection	No
XRD Temperature Control Stage	-190°C to1200°C	Air-tight or Vacuum sealed	Transmission or Reflection	No (Customizable)
Electrical Probe Temperature Stage	-190°C to 1200°C	Air-tight or Vacuum sealed	Transmission or Reflection	Fix probe arm
Electrical Probe Temperature Station	-190°C to 1200°C	Air-tight or Vacuum sealed	Transmission or Reflection	Adjustable probe arm
Tensile Strain Temperature Stage	-190°C to 1200°C	Air-tight or Vacuum sealed	Transmission or Reflection	No(Customizable)

 

	Laser Scanning Confocal Microscope, Confocal Raman Microscope,
	High Speed Line Scan Confocal Microscope,
	Wde Field Raman Microscope,
	Fluorescence / Photoluminescence Microscope,
	Time Correlated Single Photon Counting (Solution)

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