Shaking Water Bath LB-10TSWB – Precision Temperature & Agitation System

What is Shaking Water Bath LB-10TSWB used for?

Shaking Water Bath LB-10TSWB is used when both controlled heating and continuous agitation are required simultaneously.

It is used for:

• Incubating microbial and cell cultures

• Enzyme reaction and biochemical testing

• Chemical solubility and dissolution studies

• Reagent mixing and sample preparation

• Controlled thawing of biological samples

It ensures uniform temperature distribution + consistent motion, improving test accuracy.

Industries using Labotronics LB-10TSWB

This shaking water bath is widely used in:

• Pharmaceutical & Biotechnology – enzyme assays, microbial incubation

• Chemical Laboratories – reaction kinetics and solubility analysis

• Food & Beverage Testing – formulation and ingredient mixing

• Environmental Testing Labs – extraction and chemical processing

• Research & Academic Labs – general biochemical experiments

It is essential wherever temperature-controlled mixing is required.

How does Labotronics LB-10TSWB work?

Labotronics LB-10TSWB works using three integrated systems:

1. Temperature Control (PID System)
    Maintains stable heating from ambient +5°C to 100°C with ±0.1°C accuracy.

2. Shaking System
    A motorized platform provides adjustable orbital/linear shaking (20–250 rpm) for uniform mixing.

3. Water Circulation System
    Ensures even heat distribution throughout the bath, eliminating hot/cold zones.

Combined effect: stable heating + uniform agitation + reproducible results

Key Features 

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

• Shaking speed: 20–250 rpm adjustable

• Motion type: Orbital / Linear

• PID digital temperature control

• Stainless steel corrosion-resistant chamber

• Transparent lid for observation

• Over-temperature and low-water safety system

• Compact benchtop design

Technical Specifications

Comparison Table 

Interpretation:

• Labotronics LB-10TSWB = best for combined heating + shaking

• Refrigerated version = for cold biological reactions

• Orbital shaker = no temperature control

How to choose Labotronics LB-10TSWB

Choose this model if you need:

Simultaneous heating and shaking
Stable biochemical incubation conditions
Adjustable mixing speed (20–250 rpm)
Compact benchtop laboratory system
Reproducible experimental results

Do NOT choose it if:

• You need refrigeration below ambient

• You only need heating without mixing

• You require high-capacity industrial systems

Alternative Equipment

• Constant Temperature Water Bath → heating only

• Refrigerated Shaking Water Bath → low-temperature reactions

• Orbital Shaker → mixing without heating

• Dry Block Heater → small-volume heating

Frequently Asked Questions

1. What is a shaking water bath used for?
   It is used for incubating, mixing, and heating samples under controlled temperature and agitation.

2. What temperature range does LB-10TSWB support?
   It supports ambient +5°C to 100°C.

3. Can shaking speed be controlled?
   Yes, from 20 to 250 rpm.

4. What type of motion does it use?
   Orbital or linear shaking motion depending on settings.

5. Is it suitable for biological experiments?
   Yes, it is widely used in enzyme, microbial, and cell culture studies.

6. Does it maintain a uniform temperature?
   Yes, PID control and circulation ensure uniform heating.

Typical Applications

• Enzyme reaction studies

• Microbial culture incubation

• Solubility and dissolution testing

• Reagent mixing and chemical reactions

• Biochemical sample preparation

Compliance Standards

• ISO/IEC 17025 – Laboratory quality systems

• ASTM E715 – Temperature control equipment standards

• GLP – Good Laboratory Practice compliance

Quick Summary 

Shaking Water Bath LB-10TSWB is a laboratory instrument that combines precise temperature control (ambient +5°C to 100°C) with adjustable shaking (20–250 rpm) for simultaneous heating and mixing.

It is used in biotechnology, pharmaceutical, chemical, food, and research laboratories for incubation, enzyme reactions, solubility studies, and sample preparation, ensuring uniform heating, stable agitation, and reproducible results.