Cryo / Heating SEM Sample Stage Multi Mode Microscope Sample Stage With Non Invasive Integration

Product Details:
Place of Origin: Suzhou, China
Brand Name: GoGo
Certification: ISO 9001:2015 / ISO 14001:2015 / ISO 45001:2018
Model Number: SCH200
Payment & Shipping Terms:
Minimum Order Quantity: 1
Price: CNY 30000~600000/set
Packaging Details: Cardboard box + wooden box
Delivery Time: 30~60 work days
Payment Terms: T/T
Supply Ability: 1set/day
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Detail Information

Name: SEM Sample Stage Cooling/Heating Method: Liquid Nitrogen Cooling,Resistance Heating
Temperature Range: -190℃~200℃ Temperature Stability: ±0.1℃
Heating/Cooling Rate: Maximum Heating Rate:150℃/min,Maximum Cooling Rate:30℃/min Sample Holder: Copper ;23mm*23mm
Dimensions: 85mm*95mm*23mm Net Weight: 0.3kg
Basic Configuration: TNEX*1、SEM Heating And Cooling Stage*1、 Temperature Controller*1、Cooling Controller*1、Liquid Nitrogen Tank*1、Recirculating Chiller*1、Cables、Tubing、and Accessories Optional: Adapter Plate/Customized Liquid Nitrogen Tank/Customized Recirculating Chiller/Computer Host/ Customed Temperature Control Software
Highlight:

Cryo SEM Sample Stage

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Heating SEM Sample Stage

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Multi Mode Microscope Sample Stage

Product Description

GoGo SCH200 SEM Sample Stage with Non-Invasive Integration, Excellent EMI Shielding, and -190℃~200℃ Temperature Range
Product Name: GoGo SCH200 Non-Invasive Cryo/Heating SEM Sample Stage for Dynamic In-Situ Observation (-190°C to 200°C)
Product Introduction

The GoGo SCH200 is a breakthrough SEM Sample Stage engineered to integrate advanced temperature control directly into your scanning electron microscope without any permanent modifications. This innovative system connects via a custom external vacuum flange, providing seamless installation and removal. It enables precise in-situ thermal experiments from -190°C to 200°C with exceptional stability (±0.1°C), allowing researchers to observe dynamic processes like phase transformations, grain growth, or chemical reactions in real-time. Critically, this SEM Sample Stage is designed with superior electromagnetic interference (EMI) shielding, ensuring it operates silently within the SEM without degrading image quality or analytical signal integrity.

Key Advantages & Why Choose Our SEM Stage
  • True Non-Invasive Integration: This SEM Sample Stage requires no internal modification to your SEM. Installation is achieved via a custom flange on an unused port, preserving your microscope's warranty and allowing the stage to be shared between multiple instruments effortlessly.

  • Engineered for SEM Compatibility: The system is meticulously shielded to prevent EMI from disrupting the electron beam, secondary electron detection, or EDS/WDS detectors. This ensures your microscope's high-resolution imaging and analytical capabilities remain uncompromised during thermal experiments.

  • Broad, Fast-Tuning Temperature Range: Combines efficient liquid nitrogen cooling with rapid resistive heating (150°C/min) to cover a wide thermal span. This versatility supports diverse studies, from cryogenic fracture analysis of polymers to high-temperature sintering of metals or ceramics.

  • Intelligent Multi-Mode Control: Controlled by the powerful TNEX software, users can execute not just simple setpoints but also complex ramp and segment programming. This allows for simulating real-world thermal cycles or studying time-dependent phenomena directly under the electron beam.

  • Complete, Certified Ready-to-Use System: Manufactured under ISO 9001, 14001, and 45001 certified processes and supplied as a full kit. This turnkey SEM Sample Stage solution includes everything needed for immediate operation, minimizing setup time and technical hurdles.

Technical Specifications
Parameter Specification
Model / Brand SCH200 / GoGo
Integration Method External Flange, No SEM Modification Required
Key Design Feature Excellent Electromagnetic Interference (EMI) Shielding
Temperature Range -190°C to 200°C
Temperature Stability ±0.1°C
Heating/Cooling Rate Heat: 150°C/min; Cool: 30°C/min
Control Software TNEX Platform (Setpoint, Ramp, Segment Programming)
Sample Holder Copper, 23mm x 23mm
Target Markets & Clients

This specialized SEM Sample Stage is a vital tool for advanced microscopy centers in key growth regions, including Southeast Asia, the Middle East, Russia, and Africa. It is essential for university core facilities, government research institutes, and industrial R&D labs in materials science, electronics, geology, and life sciences seeking to add dynamic in-situ capabilities to their SEMs.

Frequently Asked Questions (FAQ)
  1. Does installing this stage void my SEM warranty?

    No. Because the SEM Sample Stage connects via an external flange without internal alterations, it is considered a non-invasive accessory and does not affect the microscope manufacturer's warranty.

  2. How does the EMI shielding work, and why is it important?

    The stage uses specialized materials and electrical design to contain its own electromagnetic fields. Without this, the stage's heaters and controllers could create noise in SEM images (streaking, blurring) and interfere with the precision of X-ray microanalysis.

  3. What kind of in-situ experiments can I perform?

    This stage enables observation of processes like solidification, crystallization, thermal degradation, stress-relaxation, and electrochemical reactions in real-time, providing direct microstructural evidence linked to thermal history.

  4. Is the software complex to use for creating temperature profiles?

    The TNEX software is designed for intuitive operation. Creating complex profiles with multiple ramps and holds is a straightforward process, allowing you to focus on the experiment rather than the instrument control.

  5. What is included in the delivery package?

    You will receive the main SEM stage assembly, the custom vacuum flange for your SEM model, temperature and cooling controllers, a liquid nitrogen tank, a recirculating chiller, TNEX software, and all necessary cables, tubing, and accessories.

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