Labnics Air Bath Shakers provide a stable oscillation frequency, ensuring consistent and precise performance. They feature stainless steel interiors for durability and easy maintenance. These units offer programmable settings for customized operation. They include an LCD display for clear and easy monitoring. Our air bath shaker is equipped with integrated timing for accurate and convenient control of shaking intervals.
Temperature Range
Oscillation Mode
Rotation Rate
Vibration Amplitude
Timer Range
FAQ for Air Bath Shaker
1: What safety features are included in the Air Bath Shaker?
The Air Bath Shaker incorporates several safety features, including stable heat regulation, uniform oscillation, and a secure chamber structure that prevents overheating and container slippage. These features help reduce the risk of accidents, protect samples from temperature fluctuations, and ensure safe operation even during long-duration experiments.
2: Is the Air Bath Shaker suitable for temperature-sensitive biological samples?
Absolutely. The precise control over temperature and shaking frequency makes the air bath shaker highly suitable for handling temperature-sensitive materials such as enzymes, proteins, and living cells. Its consistent heating and gentle oscillation help preserve the integrity of delicate biological samples throughout the incubation period.
3: What advantages does the stainless steel chamber offer in the Air Bath Shaker?
The inner chamber of the Air Bath Shaker is constructed from stainless steel, providing excellent resistance to corrosion and chemical damage. It ensures durability under continuous use, maintains a clean and sterile environment, and is easy to wipe down and disinfect. This makes it suitable for sensitive experiments that demand a hygienic and contaminant-free workspace.
4: Does the Air Bath Shaker resume operation automatically after a power outage?
Yes, the Air Bath Shaker is designed with a power outage recovery function that automatically resumes operation using previously set parameters once power is restored. It also includes a memory function that retains key settings, minimizing downtime and preventing data loss or sample compromise during unexpected interruptions.
