Brand: Lake Shore | Category: Nanotechnology

The CCS-XG closed-cycle cryostats reach below 4 K with sample vibration held to 40 nm, avoiding the movement usually associated with cryogen-free cooling. The CCS-XG-UHV version is built for ultra-high vacuum work and can be baked at 200 °C with the cold head removed.
| Parameter | Value |
|---|---|
| Models | CCS-XG, CCS-XG-UHV |
| Temperature range | <4 K to 325 K |
| Vibration | 40 nm |
| Sample environment | Vacuum |
| Baking temperature with cold head removed | 200 °C (CCS-XG-UHV) |
| Cooldown | 2 h to 3 h, depending on radiation shield configuration |
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Phone: +8801805987890 | Email: info@vvon.com.bd
These cryostats mount the sample in vacuum on a cold stage cooled by a closed-cycle refrigerator. Five models cover upper limits from 325 K to 800 K, including compact versions and optical variants. A wide range of electrical feedthrough and window options is offered.
The SHI-950-LT cryostats use a closed-cycle refrigerator to cool samples in exchange gas to 1.5 K without liquid cryogens. An optional helium-3 insert takes the base temperature to 300 mK, and the upper limit is 800 K. Optical and non-optical versions are available.
The CCS-CP cryostats are cryogen-free closed-cycle systems built around a large cold plate in vacuum, working from below 4 K to 300 K. The standard plate is 200 mm across, with 102 mm to 305 mm options. RF and DC feedthroughs, wiring and custom optical designs are available.