Benchtop Orbital Shaker NBOS-200 offers rotary motion with a speed range of 30 to 300 rpm for versatile applications. It operates on a PID microcomputer control system to ensure precision and stability. This unit features a 25 mm throw that delivers efficient and consistent mixing. It is equipped with multiple safety functions to safeguard both users and samples. Our shaker integrates an LCD for clear parameter monitoring and easy operation.
FAQ for Benchtop Orbital Shaker NBOS-200
1: What safety features are included?
The Benchtop Orbital Shaker is equipped with advanced safety measures such as over-speed alarms, leakage detection, and overcurrent protection. It automatically stops operation if any abnormal condition is detected, safeguarding both users and samples. This ensures peace of mind during critical experiments.
2: How durable is this Benchtop Orbital Shaker NBOS-200?
Our Benchtop Orbital Shaker is built with finely processed ductile iron components and high-quality core parts for long-term stability. It operates with minimal mechanical friction, resulting in low noise and long service life. This ensures reliable performance even during continuous or high-demand use.
3: Can the Benchtop Orbital Shaker NBOS-200 handle long-duration experiments?
Our Benchtop Orbital Shaker offers a timing range from 0 to 999.59 hours, allowing both short-term and extended experiments. It also features power recovery after a blackout, ensuring experiments continue without interruption. This makes it highly reliable for sensitive or time-consuming protocols.
4: How do I clean the Benchtop Orbital Shaker NBOS-200?
The Benchtop Orbital Shaker should be cleaned regularly using a soft, damp cloth and mild detergent to remove spills and dust. It is important to avoid harsh chemicals or abrasive materials that could damage the LCD or metal components. This keeps the shaker hygienic and ensures smooth operation.
5: How do I ensure long-term stability and performance?
It is essential to avoid overloading the tray beyond recommended capacities and to balance flasks evenly during operation. It should be kept in a stable, vibration-free area to prevent mechanical wear. This ensures reliable mixing results and prolongs the instrument’s service life.
