The device is an oil-free, dual-vacuum system that can automate the process of obtaining vacuum in the gyro resonance cavity, baking out gases, filling gases, and testing gas tightness. It has the characteristics of fast gas filling and exhausting, high ultimate vacuum, and high integration, and is widely used in inertial navigation, aviation,
Aerospace, ocean-going ships, scientific research and other fields.
This equipment is mainly used for the preparation processes of alkali metals (rubidium, cesium, etc.) filling, vacuum pumping, high purity gas filling, gas chamber high temperature degassing, and water bath cooling (elevating and lowering) of special glass bubbles (atomic cells), thus achieving low temperature precipitation of elementary alkali metals. It is a dedicated equipment for the preparation of gyroscopic atomic gas chambers, mainly used in inertial navigation, aerospace, ocean-going ships, scientific research, etc.
This equipment is primarily designed to provide a production and aging test environment for vacuum exhaust and inflation of laser gyro resonant cavities. It is capable of vacuum baking, degassing, and inflation of workpieces. Featuring a compact structure with high integration, the device enables real-time monitoring of operational status. It is widely used in fields such as inertial navigation, aerospace, ocean-going vessels, and scientific research, where precise and reliable vacuum conditions are essential.
The device is an oil-free, dual-vacuum system that can automate the process of obtaining vacuum in the gyro resonance cavity, baking out gases, filling gases, and testing gas tightness. It has the characteristics of fast gas filling and exhausting, high ultimate vacuum, and high integration, and is widely used in inertial navigation, aviation,
Aerospace, ocean-going ships, scientific research and other fields.
This equipment is mainly used for the preparation processes of alkali metals (rubidium, cesium, etc.) filling, vacuum pumping, high purity gas filling, gas chamber high temperature degassing, and water bath cooling (elevating and lowering) of special glass bubbles (atomic cells), thus achieving low temperature precipitation of elementary alkali metals. It is a dedicated equipment for the preparation of gyroscopic atomic gas chambers, mainly used in inertial navigation, aerospace, ocean-going ships, scientific research, etc.
This equipment is primarily designed to provide a production and aging test environment for vacuum exhaust and inflation of laser gyro resonant cavities. It is capable of vacuum baking, degassing, and inflation of workpieces. Featuring a compact structure with high integration, the device enables real-time monitoring of operational status. It is widely used in fields such as inertial navigation, aerospace, ocean-going vessels, and scientific research, where precise and reliable vacuum conditions are essential.