Shaker Water Bath NSWB-600 accommodates a 46-liter chamber capacity for versatile laboratory use. It operates within a wide temperature range from room temperature to 100°C. This unit offers shaking speeds ranging from 20 to 200 rpm for flexible applications. It maintains consistent internal conditions through forced circulation convection. Our water bath is constructed from 316L stainless steel for superior corrosion resistance and durability.
Shaker Water Bath NSWB-600 is used for precise temperature control and uniform shaking of samples in aqueous environments. It is commonly applied in microbiology, molecular biology, and biochemical laboratories.
FAQ for Shaker Water Bath NSWB-600
1: How user-friendly is the Shaker Water Bath NSWB-600?
Our Shaker Water Bath comes with a clear LCD interface that displays multiple parameters at once, making it easy to monitor the experiment. The user-friendly controls allow me to set temperature, speed, and timing quickly without confusion.
2: What safety features does the Shaker Water Bath NSWB-600 have?
Our Shaker Water Bath includes leakage and overcurrent protection for operator safety, along with a sensitive speed monitoring system to protect samples. This reassures me that both the instrument and my experiments are safe during operation.
3: Can the Shaker Water Bath handle different types of flasks and vessels?
Yes, our Shaker Water Bath supports various clamp types, including flask clamps and spring plates. This flexibility allows me to use different flask sizes without needing additional accessories.
4: Is the Shaker Water Bath energy-efficient and quiet during operation?
Our Shaker Water Bath runs quietly due to low-vibration single-axis drive technology and consumes 1900W efficiently. You can operate it in the lab without disturbing other work or generating excessive energy costs.
5: How often should the Shaker Water Bath NSWB-600 be cleaned?
It is recommended to clean the chamber and tray at least once a week, or immediately after any spillage. Regular cleaning prevents the buildup of residues, ensures sample integrity, and prolongs the life of the equipment.
