The TwisTorr 305-IC turbomolecular pump with integrated controller is capable of communicating with the Vacuum Link app on your smartphone via near-field communication (NFC). Due to its small footprint, low vibration, and low noise level, this 300 L/s turbo pump is ideal for use in any analytical instrument, such as mass spectrometry and microscopy systems. In academic settings, where compression ratio is an important factor, the TwisTorr 305-IC is capable of reaching low base pressures in a variety of demanding experiments.
Integrated controller, compact size, and installation in any position allow easy integration
High compression ratios for light gases, enabling low base pressure
Wireless NFC communication for pump monitoring via app
Low vibration and noise levels—41 dB(A)—for a comfortable working environment and operation in sensitive experiments
Hydrocarbon free for clean vacuum system
Maintenance-free bearings for zero operating cost
Low electromagnetic emission guarantees no interferences with application process
The TwisTorr 305-IC turbomolecular pump with integrated controller is capable of communicating with the Vacuum Link app on your smartphone via near-field communication (NFC).
Due to its small footprint, low vibration, and low noise level, this 300 L/s turbo pump is ideal for use in any analytical instrument, such as mass spectrometry and microscopy systems. In academic settings, where compression ratio is an important factor, the TwisTorr 305-IC is capable of reaching low base pressures in a variety of demanding experiments.
- Integrated controller, compact size, and installation in any position allow easy integration
- High compression ratios for light gases, enabling low base pressure
- Wireless NFC communication for pump monitoring via app
- Low vibration and noise levels—41 dB(A)—for a comfortable working environment and operation in sensitive experiments
- Hydrocarbon free for clean vacuum system
- Maintenance-free bearings for zero operating cost
- Low electromagnetic emission guarantees no interferences with application process
