A device that can reduce the cumbersome waiting time for sample insertion into the UHV system!
The "CTH40(WT)" is a LN2 flow UHV booster equipped with a heater coil and temperature sensor that enables faster and more efficient operations. It can be used like a cryopump when combined with a turbo molecular pump in a cold trap version for UHV systems, such as in load locks or small transport chambers. 【Features】 - Reduces waiting time during sample insertion - Significantly shortens evacuation time, eliminating the need for additional bake-out - The flow version can be mounted on a pressurized liquid nitrogen dewar or a cooling device using nitrogen gas - Temperature can be continuously monitored via the built-in PT100 sensor - Can be integrated into the VSCT40 compact docking chamber *For more details, please download the PDF or feel free to contact us.
Inquire About This Product
basic information
【Specifications】 ■ Heat exchanger: Aluminum cooling block with OFHC core ■ Vacuum evacuation time: Approximately 30 minutes to a pressure of about 1E-8 mbar (when using VSCT40) ■ Cooling temperature (cold trap): 80K ■ Heating coil: Built-in resistance heater ■ Temperature sensor: Pt100 ■ Current feedthrough: 6-pin miniature feedthrough (ICF34) ■ Mounting flange: ICF70 ■ Structural materials: Fully UHV compatible, etc. *For more details, please download the PDF or feel free to contact us.
Price range
Delivery Time
Applications/Examples of results
For more details, please download the PDF or feel free to contact us.
catalog（1）
Download All Catalogs
Company information
We have built trust and a track record in the export and import, design, manufacturing, and sales of scientific and chemical instruments, electronic devices, analytical instruments, ultra-high vacuum equipment, and related components. Moving forward, we will focus on introducing and selling new products that meet the needs of our customers and the market, and we will strive to provide cutting-edge information from around the world to be of service to everyone.