Stainless Steel Water Bath LB-10ESB – Precision Laboratory Heating System

What Is This Product Used For?

Labotronics LB-10ESB is designed to provide controlled and uniform heating of laboratory samples. It is used whenever stable temperature conditions are required.

Main Uses:

• Incubation of biological samples and culture media

• Enzyme and protein activity studies

• Reagent warming and sample thawing

• Chemical reaction control under stable heat

• Analytical testing and quality control procedures

• Serological and diagnostic testing

It ensures that samples are heated consistently without temperature fluctuation, which is critical for accurate lab results.

Industries That Use It

This water bath is widely used in:

• Pharmaceutical laboratories – drug testing, stability studies, formulation research

• Chemical industries – reaction studies and controlled heating processes

• Food & beverage labs – quality control and contamination testing

• Clinical laboratories – diagnostic and biological sample incubation

• Research institutions & universities – experimental and teaching applications

Its corrosion-resistant design makes it suitable for continuous laboratory use.

How Does the Labotronics LB-10ESB Work?

Stainless Steel Water Bath LB-10ESB system works by heating water inside a stainless steel chamber and maintaining a constant temperature using electronic control.

1. Heating System
    Electric heating elements warm the water evenly
    Heat is transferred to samples placed in the bath

2. Temperature Control
    Digital PID controller constantly monitors temperature
      Adjusts heating automatically to maintain stability
      Ensures accuracy of around ±0.5°

3. Uniform Heat Distribution
    Natural water convection spreads heat evenly
    Prevents hot or cold spots inside the bath
    Ensures all samples experience the same temperature

4. Safety System
    Over-temperature protection prevents overheating
    Low-water level cutoff prevents dry heating damage

Key Features and Capabilities

• Temperature range: Ambient +5°C to 100°C

• PID digital temperature control for stability

• Accuracy: ±0.5°C

• Stainless steel (304/316) corrosion-resistant chamber

• LED digital temperature display

• Double-wall insulation for energy efficiency

• Optional sample racks for organization

• Over-temperature and low-water safety protection

• Suitable for continuous operation

Technical Specifications

How to Choose This Water Bath

Choose Labotronics LB-10ESB when you need:

• Precise and stable laboratory heating

• Uniform temperature across multiple samples

• Safe long-duration operation

• Corrosion-resistant stainless steel construction

• Accurate performance for biological or chemical testing

• Easy digital temperature control

It is ideal for routine laboratory workflows and research applications.

Alternative Equipment

Depending on your application, you may also consider:

• Circulating Water Bath → Better temperature uniformity using forced flow

• Shaking Water Bath → Heating combined with sample agitation

• Oil Bath → For temperatures above 100°C

• Dry Block Heater → Water-free compact heating for small samples

Each alternative serves a different temperature or application requirement.

Typical Application Scenarios

• Incubating biological cultures and enzymes

• Reagent preparation and warming

• Chemical reaction temperature control

• Sample thawing in clinical labs

• Stability testing in pharmaceutical production

• Analytical sample conditioning

Compliance and Standards

Labotronics LB-10ESB supports laboratory quality and safety standards such as:

• ISO/IEC 17025 – Laboratory testing and calibration competence

• ASTM D445 / D1125 – Standard temperature-based testing methods

• GLP (Good Laboratory Practice) – Research and testing compliance

Comparison Table

Quick Summary

Stainless Steel Water Bath LB-10ESB is a laboratory heating system designed for stable and uniform temperature control between ambient +5°C and 100°C. With a stainless steel corrosion-resistant chamber and digital PID controller, it ensures accurate heating for incubation, reagent warming, chemical reactions, and analytical testing. It is widely used in pharmaceutical, chemical, clinical, food, and research laboratories for accurate  and reproducible results.