Stirred Water Bath

The Stirred Water Bath is a precision laboratory instrument designed for uniform and controlled heating across a temperature range of Ambient +5 °C to 90 °C. Built with fully SS GMP construction and a seamless inner tank, it delivers the durability and hygiene standards demanded by modern laboratory environments. Available in three capacities 5, 14, and 28 litres, the WBS Series is engineered to meet diverse laboratory heating needs with consistent accuracy.

Stirred Water Bath
Image 1

Image 1

Image 2

Image 2

image 3

image 3

Stirred Water Bath

The Stirred Water Bath is a precision laboratory instrument designed for uniform and controlled heating across a temperature range of Ambient +5 °C to 90 °C. Built with fully SS GMP construction and a seamless inner tank, it delivers the durability and hygiene standards demanded by modern laboratory environments. Available in three capacities 5, 14, and 28 litres, the WBS Series is engineered to meet diverse laboratory heating needs with consistent accuracy.

Operational Design

Product Highlights
Feature Image

    Key Features

    Fully SS GMP construction
    Seamless inner tank
    PID temperature controller with ±1 °C accuracy
    Temperature range: Ambient +5 °C to 90 °C
    Inbuilt soak time and EOC function
    Inbuilt stirrer for uniform heat distribution
    Low water level cutoff

     

    Designed for reliable everyday laboratory use, the Stirred Water Bath maintains stable temperature conditions from start to finish. The low-water-level cutoff safeguards the instrument and sample by automatically shutting off when water levels fall below the required threshold, ensuring safe, uninterrupted operation.

    Engineered to Perform

    Image 1
    Image 2
    image 3

    image 4

    Product Highlights
    Feature Image
      Fully SS GMP construction
      Seamless inner tank
      PID temperature controller with ±1 °C accuracy
      Temperature range: Ambient +5 °C to 90 °C
      Inbuilt soak time and EOC function
      Inbuilt stirrer for uniform heat distribution
      Low water level cutoff