---
title: Double tilt LN2 Vacuum Transfer Holder | Mel-Build
description: This is the only TEM holder in the world created for the study of lithium-ion batteries. Vacuum transfer is possible and cooling is possible to reduce electron beam damage. In addition, it is equipped with a double tilt mechanism to match the crystal orientation, making it the only TEM holder in the world that allows atomic resolution observation. The temperature stability is ± 0.005degreeC and it has a tremendous temperature control ability.
image: https://melbuild.com/hubfs/melbuild.com/images/common/ogp.png
---

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    - [All Products](https://melbuild.com/product)
    - Vacuum transfer Series

          - [Double tilt LN2 Vacuum Transfer Holder](https://melbuild.com/vacuum-transfer-1st)
          - [Double tilt Vacuum Transfer Holder](https://melbuild.com/vacuum-transfer-2nd)
          - [Double tilt 4 Electrodes Transfer Holder](https://melbuild.com/vacuum-transfer-3rd)
    - LN2 Cooling Series

          - [Double tilt LN2 Vacuum Transfer Holder](https://melbuild.com/cooling-1st)
          - [Single tilt LN2 Tomography Holder](https://melbuild.com/cooling-2nd)
    - EDS/Tomography Series

          - [HATA-Holder System](https://melbuild.com/tomography-1st)
          - [Single tilt LN2 Tomography Holder](https://melbuild.com/tomography-2nd)
          - [EN-Holder for UHR](https://melbuild.com/tomography-3rd)
    - Nano order Tensile Series

          - [In-situ Nano Order Tensile Holder](https://melbuild.com/nano-order-tensile-1st)
    - Cartridge Linkage System

          - [Cartridge Linkage System Holder](https://melbuild.com/cartridge-linkage-1st)
    - In-Situ Series

          - [Double tilt Light Electric Field Holder](https://melbuild.com/in-situ-1st)
          - [High Power Magnetic Field Holder](https://melbuild.com/in-situ-2nd)
    - SEM stage Series

          - [All Product SEM stage Series](https://melbuild.com/product-sem)
          - [Peltier Cooling Stage 100](https://melbuild.com/cooling-stage)
          - [In-situ Tensile SEM Stage 1500N](https://melbuild.com/in-situ_tensile_sem_stage_1500n)
          - [EBSD Heating Stage 1000℃](https://melbuild.com/ebsd_heating_stage_1000)
    - Remove Contamination

          - [Light-Field System LF4-CUBE](https://melbuild.com/remove-contamination)
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# EleCryo Double tilt Vacuum Transfer Holder

All in One Solution │ Every Function in One this Holder

- ![ELECRYO-2](https://melbuild.com/hubfs/ELECRYO-2.png)

**Cryo × Vacuum Transfer × Double Tilt × In-Situ Electrical**  
One holder platform designed to protect sensitive samples,reduce beam damage, and expand in-situ TEM capabilities.

- ![ELECRYO Function](https://melbuild.com/hubfs/ELECRYO%20Function.png)

![img\_vacuum-transfer-1st02-1](https://melbuild.com/hubfs/melbuild.com/images/vacuum-transfer-1st/img_vacuum-transfer-1st02-1.gif)

### Sample：Au nanoparticles ARM 200F in Kyushu University

Factory check resolution image

![ (La,Li)TiO3 University of Tokyo](https://melbuild.com/hubfs/melbuild.com/images/vacuum-transfer-1st/img_vacuum-transfer-1st03.gif)

### Sample：(La,Li)TiO3 University of Tokyo

Dr. Ishikawa Dr. Nakayama  
Prof. Shibata Prof. Ikuhara

![Li-Charge-dis-charge 8](https://melbuild.com/hubfs/Li-Charge-dis-charge%208.gif)

### Sample：Li NCA Panasonic/JFCC

Nomura, K. Yamamoto, Y. Yamagishi, E. Igaki, ACS Nano 2021,15, 19806.

- ![Meltronic](https://melbuild.com/hubfs/Meltronic.png)

Precise temperature control stabilizes TEM/STEM analysis of sensitive materials,  
enabling high-resolution imaging and elemental mapping with reduced drift.

- ![VacuumTransfe](https://melbuild.com/hubfs/VacuumTransfe.png)

ELECRYO’s gas exchange system replaces Ar gas with vacuum before TEM insertion,   
helping protect ion pumps and reduce pre-evacuation waiting time.

**Air-Free Transfer + Cryo Cooling Enables HR-STEM Observation**

- ![冷却 LLZ-1](https://melbuild.com/hubfs/%E5%86%B7%E5%8D%B4%20LLZ-1.png)
  
  Atomic resolution STEM image observation of LLZ(Li7La3Zr2O12),which is degraded by exposure to air(moisture) and weak to electron beam with lithium ion material, was successful. From this result, it was proved that the non-exposure(Transfer) was successful, and the crystal orientation was adjusted by Y tilt,and the electron beam damage was reduced by cooling of -160°C.

- ![Application](https://melbuild.com/hubfs/Application.png)

ELECRYO uses an interchangeable cartridge system, allowing users to switch between   
MEMS-based in-situ experiments and standard TEM sample observation. Heating chips, biasing chips,   
and Φ3mm grid adapters can be mounted on the same holder platform.

- ![バリエーション](https://melbuild.com/hubfs/%E3%83%90%E3%83%AA%E3%82%A8%E3%83%BC%E3%82%B7%E3%83%A7%E3%83%B3.png)

- ![IMC21\_ERECRYO (1) (1)](https://melbuild.com/hubfs/IMC21_ERECRYO%20(1)%20(1).gif)

TEM Holder Spcification Sheet

- ![Specification-1](https://melbuild.com/hubfs/Specification-1.png)

- ![Cryo vacuum transfer tem holder](https://melbuild.com/hubfs/melbuild.com/images/vacuum-transfer-1st/img_vacuum-transfer-1st10.png)

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