Thermostatic Water Bath LOTB-T513

Introduction

Thermostatic Water Bath is a heating water bath with a capacity of 32 chamber and cover that ensures durability and helps to minimize heat loss and evaporation. The temperature regulation is managed through a bimetallic thermoregulator, known for its reliability. Our water bath is suitable for various laboratories and pharmaceutical industries.

This water baths is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Thermostatic Water Bath is used for incubating samples in medical, biological, and chemical laboratories. It is ideal for applications like serum testing, reagent heating, and tissue incubation.

Specifications

Capacity	32 L
Temperature Control Range	RT to 100℃
Temperature Fluctuation	± 0.5℃
Resolution	0.1
Power	2000 W
Power Supply	220 V 50 Hz
Liner Dimension	600 × 300 × 180 mm
Packing Dimension	820 × 470 × 300 mm
Net Weight	18 kg
Gross Weight	20 kg

Features

U-shaped heating element

High-accuracy and stability

Reliable temperature control

Digital display

User-friendly design and operation

FAQs

1. What is the primary purpose of the Thermostatic Water Bath, and in which environments is it most commonly used?

Thermostatic Water Bath is designed for controlled and consistent heating of water to support a wide range of laboratory applications. It is especially favored in environments such as medical laboratories, pharmaceutical manufacturing units, chemical research labs, and biological research facilities. Whether it’s serum testing, reagent warming, or tissue incubation, this water bath delivers both accuracy and reliability, making it suitable for critical scientific and clinical tasks.

2. How does the temperature control mechanism work in the water bath, and what makes it reliable?

The water bath features a bimetallic thermoregulator for temperature control, which is known for its durability and long-term performance. This type of regulator operates by using two metals with different expansion coefficients that react predictably to temperature changes. As the temperature increases, the metals expand at different rates, triggering the regulation mechanism to adjust heating accordingly. This ensures a precise control with a fluctuation margin of only ± 0.5 degree celcius.

3. What design features of the thermostatic water bath contribute to its energy efficiency and thermal stability?

Several features of our Thermostatic water Bath contribute to its impressive energy efficiency and consistent performance. The U-shaped heating element is immersed directly in the water, which maximizes heat transfer and minimizes energy loss. This design ensures rapid and uniform heating throughout the bath. Furthermore, the stainless-steel chamber and lid not only enhance durability but also play a significant role in reducing heat loss and evaporation.

4. How user-friendly is the water bath for daily laboratory use, especially in terms of setup, operation, and maintenance?

This water bath is built with a strong emphasis on user convenience. Its user-friendly design includes a straightforward digital interface that clearly displays temperature settings and real-time conditions. The stainless-steel inner liner allows for easy cleaning and reduces the risk of contamination or corrosion. Routine maintenance is minimal, and the sturdy design ensures long-term dependability with minimal technical issues. Overall, its combination of digital precision and intuitive use makes it ideal for both novice and experienced lab technicians.

5. What kind of applications can the Thermostatic Water Bath support across different scientific domains?

This thermostatic water bath is a versatile instrument suitable for a wide array of scientific applications. In clinical laboratories, it is used for serum and blood testing that requires constant incubation. In pharmaceutical labs, it helps with reagent activation, drug stability studies, and compound solubilization. Biologists rely on it for tissue incubation, extraction processes, and enzyme reactions. It’s also useful in academic settings for student training and controlled experiments.