Used CTI-CRYOGENICS Cryo-Torr 10 #293609810 for sale

CTI-CRYOGENICS Cryo-Torr 10 is a powerful, reliable and versatile pump that is perfectly suited for vacuum systems requiring either high and ultra-high vacuum (UHV) service. It is a two-stage rotary vane mechanical vacuum pump that can provide vacuum up to 3 x 10-7 mbar (low vapour pressure range) or 1 x 10-7 mbar (high vapour pressure range). The exceptional performance of the pump is a result of several innovative design features that make it highly compatible with a range of applications. The Cryo-Torr is a quiet and efficient pump that has a separate motor and pump design. It features an oil-sealed pumping equipment, designed for long life and minimal maintenance, so you can expect reliable performance and ease of use. The double sealing system consists of an oil diffusion and mechanical oil seal combination to ensure the highest level of vacuum performance. This is further enhanced by the use of a specially designed rotor and bearings for maximum life and protection from wear. The Cryo-Torr also features an advanced protocol control unit that allows for automatic, digital regulation and monitoring of the vacuum environment. It is capable of maintaining the desired pressure and parameters so that the process is not interrupted. The advanced design and architecture of the pump offers a variety of performance enhancement options. For example, it can be securely mounted to a base plate or fitted onto an isolation table and equipped with a vibration dampening machine, noise suppression tool and other accessories to reduce noise and vibration levels. CTI-CRYOGENICS CRYOTORR 10 is built for convenience, durability and performance. Its advanced design elements and built-in safeguards make it a reliable choice for applications that require low and ultra-high vacuum service. It is a reliable pump that can provide a vacuum asset performance with minimal maintenance required throughout its life and offers peace of mind knowing that it is designed for dependable operation and maximum performance.