传统低温实验依赖液氦,成本高、操作繁琐且液氦供应日趋紧张。Optistat 采用无液氦闭循环制冷技术,直接解决"如何获得 3K 级低温而不依赖液氦"的问题,显著降低运行成本与操作门槛。Traditional low-temperature experiments depend on liquid helium — costly, complex and increasingly scarce. Optistat uses cryogen-free closed-cycle cooling to reach 3K without liquid helium, cutting running costs and simplifying operation.
模块化设计便于按需升级,侧面窗口换样设计让样品更换简单快捷,f/1 大数值孔径光通路保证光谱信号收集效率,是超低温拉曼、红外、XRD 等测量的理想平台。Modular design allows easy upgrades; side-window sample access makes exchange fast and simple; the f/1 optical access maximises signal collection for ultra-low-temperature Raman, IR and XRD.

| 温度范围Temperature range | <3K 至 300K |
|---|---|
| 制冷功率Cooling power | 0.2W |
| 光通路Optical access | 数值孔径 f/1 |
| 窗片Windows | 多种窗片材料可选multiple materials available |
| 样品托Sample holder | 标准 / 电学样品托可选standard or electrical holder option |
| 换样方式Sample access | 侧面窗口换样设计side-window access |
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