--- title: Double tilt 4 Electrodes Transfer Holder | Mel-Build description: Until now, MEMS TEM holders were mainly used only for heating, but we have added a vacuum transfer function to them. Along with that, it also supports lithium-ion batteries that are vacuum-transferred and biased. We continuously create new products of tem holder that change the world. image: https://melbuild.com/hubfs/melbuild.com/images/common/ogp.png --- [![Logo](https://melbuild.com/hs-fs/hubfs/Logo.png?width=446&height=68&name=Logo.png "Logo")](https://melbuild.com/) - [Home](https://melbuild.com) - [Products](https://melbuild.com/product) - [Contact](https://melbuild.com/contact) - [Research Library](https://melbuild.com/library) - [About Us](https://melbuild.com/aboutus) - [Support](https://melbuild.com/support) - [Home](https://melbuild.com) - [Products](https://melbuild.com/product) - [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) - EM Accessories - [EM Accessories](https://melbuild.com/em-accessories) - [Contact](https://melbuild.com/contact) - [Research Library](https://melbuild.com/library) - [About Us](https://melbuild.com/aboutus) - [Support](https://melbuild.com/support) # Double tilt 4 Electrodes Transfer Holder - ![Double tilt Electronic Transfer Holder](https://melbuild.com/hubfs/melbuild.com/images/vacuum-transfer-3rd/img_vacuum-transfer-3rd01.png) Vacuum transfering function 4 Electorodes Heating chip +1100℃ and Biasing chip ## - High resolution performance +800 - - ![Double tilt Electronic Transfer Holder](https://melbuild.com/hubfs/melbuild.com/images/vacuum-transfer-3rd/img_vacuum-transfer-3rd02.png) ### This image when a lithium ion is heated by 700℃ to 800℃ It is indicated that the occuring liquid-phase sintering process by observing surface of the electric are incorporated into on the sintering process ## - Line UP MEMS Chip- ![MEMS Heating](https://melbuild.com/hubfs/MEMS%20Heating.png) High Performance Heating MEMS Chips ##### Temp. Control Range ±30 ℃　to 1000℃ High responsiveness enables instant temperature changes, combined with the unparalleled stability of MEMS chips. By adding a cooling function, it becomes possible to transition from cooling to temperature elevation seamlessly. Note: The controlled temperature range of the MEMS chip is from 30°C to 1000°C, while the cooling side depends on holder control." ![MEMS Biasing](https://melbuild.com/hubfs/MEMS%20Biasing.png) Low Noise FIB Biasing Cgip ##### Grade Noise Reduction Dielectrics Grade Noise Reduction Dielectrics The Gap width narrowed by 12um(±5um)by sandwiching the insulating film,Superior measurement quality and SNR, in both AC and DC modes. 4 probe electpode of platinum gread Our holder cable use of Coaxial cable. you can choice to your high-performance power supply. ![Normal sample can be use Φ3㎜ grid adapter](https://melbuild.com/hubfs/%CE%A63%20%E3%82%AB%E3%83%BC%E3%83%88%E3%83%AA%E3%83%83%E3%82%B8.png) Normal sample can be use ##### Φ3㎜ grid adapter Typical electrical holders are integrated with MEMS chips. However, our product features both cryo cooling and vacuum transfer capabilities. Specifically, it is designed as a double tilt vacuum transfer holder, enabling the use of standard samples. By utilizing this adapter, all the functions of this holder can be leveraged to observe various samples seamlessly. ## - Spec. of Heating Chip 1100℃ - - ![Heating Chip](https://melbuild.com/hubfs/Heating%20Chip.png) High performance Heating MEMS chips, Collaborative development with NORCADA - Temperature control range : +30℃ to 1100℃ - Resolution : Less than 0.14 nm (at +800℃) - Rate : Heating & Cooling rate in < 1 Sec.   ## - Spec. of low noise FIB Biasing Chip \_ ![mems2_6 のコピー](https://melbuild.com/hubfs/mems2_6%20%E3%81%AE%E3%82%B3%E3%83%94%E3%83%BC.jpg) High Resistivity biasing MEMS chips Semiconductor-grade Noise Reduction Dielectrics Sample Gap - Two chip configurations - Gap on Membrane allow more precise - Size：10 μmx100 μm Electrode - 2 Probe and 4 Probe Layout - 10 μm Electrode Gap - Platinum Standard Electrode Material ## Electrode on Gap series - ![Double tilt Electronic Transfer Holder](https://melbuild.com/hubfs/melbuild.com/images/vacuum-transfer-3rd/img_vacuum-transfer-3rd07.png) Mel-Build’s solution chip Strong points - The gap width is narrowed by sandwiching the insulating film. - Superior measurement quality and SNR, in both AC and DC modes - Less noise than general chips. ## - TEM holder Specification - | Component | Vacuum Transfer / Double tilt / Biasing | | --- | --- | | Electrode | 4 Electrodes | | Temp.range | +30℃～＋1100℃ | | Resolution | Less than 0.24nm (Guarantee spec.) | | tilt(JEOL) | X = ± 15 degree , Y=± 12 degree @ HR PP | | tilt(TFS) | X = ± 20 degree , Y=± 15 degree @ ST PP | | Sample set | Smart Set System | | TEM | JEOL PP type HR/FHP and Thermofisher | | Include item | Y tilt controller, Biasing controller, Software,Safety Operation Stand, and holder introduce. | | \*NOTE | MEMS chip price is quoted on a case-by-case basis. (Not included MEMS chip cost) | ## Safety Operation Stand of tem holder introduce - ![Double tilt Electrode Atmos Defend Holder](https://melbuild.com/hubfs/melbuild.com/images/vacuum-transfer-3rd/img_vacuum-transfer-3rd10.png) - [![Linkedin](https://melbuild.com/hs-fs/hubfs/melbuild.com/images/common/icon-linkedin.png?width=90&height=90&name=icon-linkedin.png)](https://www.linkedin.com/in/hiroya-miyazaki-844a4218/) - [![Twitter](https://melbuild.com/hubfs/melbuild.com/images/common/icon-twitter.svg)](https://twitter.com/build_mel) - [![Facebook](https://melbuild.com/hubfs/melbuild.com/images/common/icon-facebook.svg)](https://www.facebook.com/groups/2658699084168699/) - [![Contact](https://melbuild.com/hubfs/melbuild.com/images/common/icon-mail.svg)](https://melbuild.com/contact) TOP - [![linkedin](https://melbuild.com/hs-fs/hubfs/melbuild.com/images/common/icon-linkedin.png?width=90&height=90&name=icon-linkedin.png)](https://www.linkedin.com/in/hiroya-miyazaki-844a4218/) - [![twitter](https://melbuild.com/hubfs/melbuild.com/images/common/icon-twitter.svg)](https://twitter.com/build_mel) - [![facebook](https://melbuild.com/hubfs/melbuild.com/images/common/icon-facebook.svg)](https://www.facebook.com/groups/2658699084168699/) [![日本のホルダー屋](https://melbuild.com/hubfs/melbuild.com/images/common/footer-logo.svg "日本のホルダー屋")](https://melbuild.com/) Copyright ©2026 All Rights Reserved. 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