--- title: Light-Field System LF4-CUBE | Mel-Build description: High Vacuum station with remove contamination. A plasma cleaner cannot remove contamination over the entire holder surface, though it is effective for cleaning just the sample. That is, a plasma cleaner cannot perfectly clean the tem holder the sample would be re-contaminated by residue materials from the tem holder shaft when observed by TEM. The LF4 system can clean both your sample and the entire holder surface under light and high vacuum without any sputtering damage. This improves your TEM and STEM data. 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) # Light-Field System LF4-CUBE - ![remove contamination high vacuum station](https://melbuild.com/hubfs/melbuild.com/images/remove-contamination/img_remove-contamination01.png) Removes contamination from samples and holder shafts No re-contamination during observation High-vacuum holder station: less than 1X10-4 Pa ## Remove Contamination Mecanisum - ![LF4 3](https://melbuild.com/hubfs/LF4%203.jpg) ### 4ports High Vacuum station less than 1X10-4Pa(spec.) ### Halogen lamp annealing Removes contamination ### The annealing temperature is adjusted by height using the our original thermometer. A plasma cleaner cannot remove contamination over the entire holder surface, though it is effective for cleaning just the sample. That is, a plasma cleaner cannot perfectly clean the holder; the sample would be re-contaminated by residue materials from the holder shaft when observed by TEM. Important points 1. All surfaces of both the holder and sample need cleaning. 2. Plasma damages the sample. The LF4 system can clean both your sample and the entire holder surface under light and high vacuum without any sputtering damage. This improves your TEM and STEM data. ## LF4 Other option and functions ### Other three functions ![remove contamination high vacuum station](https://melbuild.com/hubfs/melbuild.com/images/remove-contamination/img_remove-contamination05.png) ### Extension Ports Various expansion chambers of options can be installed using this. ![remove contamination high vacuum station](https://melbuild.com/hubfs/melbuild.com/images/remove-contamination/img_remove-contamination06.png) ### Skewer Valve You can used as port when pumping Cryo holder Dewar. ![img\_remove-contamination010](https://melbuild.com/hubfs/img_remove-contamination010.png) ### Thermometer probe The annealing temperature is adjusted by this. ### Other option chambers ![remove contamination high vacuum station](https://melbuild.com/hubfs/melbuild.com/images/remove-contamination/img_remove-contamination08.png) ### EX4 additional station 4 ports can be added using the extension port. The same applies to LF4, but the port shape can be selected one by one. ![img\_remove-contamination09](https://melbuild.com/hubfs/img_remove-contamination09.png) ### Multi port Chamber 8 Each TEM Holder, SEM stage and your samples cleaning by Plasma Clean. You can make use of 6 ports in any way. # - LF4 Specification - | Size and weight | W366 × D435 × H400 (mm) 30kg | | --- | --- | | Power supply | AC100V 5A (For 200VAC, a down-step transformer is required.) | | Vacuum | vacuum level is ≦ 1×10-4 Pa (Measured with dummy plug)/(see note 1) | | Lighting anneal | RT. to 150°C MAX Recommended temp.：80-130°C | | Supported holder | TFS/JEOL/Hitachi200Kv TEM sample holders. Please specify your configuration when ordering (for example TFS 2ports, JEOL 2ports) | | Environment | Inside Application lab / Room Temperature 15-30°C No condensation | Note 1：At room temperature of 20°C, not using light baking function. Note 2：Adjust the height of the light using our temperature measurement probe in advance and calibrate the temperature before baking the holder. 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