Shaking Water Bath LB-10ETSB – Temperature-Controlled Agitation System


Shaking Water Bath LB-10ETSB is a precision laboratory system combining controlled heating (5°C to 100°C) with adjustable shaking (0–200 rpm equivalent), enabling uniform mixing, incubation, and sample processing with ±0.1°C temperature stability.


Product Snapshot

Attribute

Details

Product Name

Shaking Water Bath

Model Number

LB-10ETSB

Product Type

Temperature-Controlled Shaking System

Temperature Range

5°C to 100°C

Temperature Accuracy

±0.1°C

Capacity

30 L

Shaking Frequency

0 to 200 cycles/min

Control System

Digital PID Controller

Chamber Material

Stainless Steel

Applications

Mixing, incubation, sample preparation

Industries

Pharma, Biotechnology, Research, QC Labs

Warranty

1 Year Standard Warranty


What Is Shaking Water Bath LB-10ETSB Used For?

Labotronics LB-10ETSB is used for maintaining controlled temperature conditions while simultaneously agitating samples to ensure uniform mixing and reaction consistency.

It is commonly used for:

  • DNA extraction and sample preparation

  • Cell culture incubation and microbiological studies

  • Chemical reaction mixing and dissolution

  • Protein and enzyme analysis

  • Sample thawing and reagent conditioning

Shaking ensures even distribution of heat and nutrients, improving experimental consistency.


Industries That Use This Product

  • Pharmaceutical and biotechnology laboratories

  • Chemical and analytical testing facilities

  • Clinical and microbiology laboratories

  • Food and environmental testing labs

  • Academic and industrial research centers


How Does Shaking Water Bath LB-10ETSB Work?

Shaking Water Bath LB-10ETSB system heats water to a set temperature and continuously shakes the samples to ensure uniform mixing and stable thermal conditions.

Technical Working Principle

  • Heating system maintains constant bath temperature

  • PID controller regulates precise temperature stability

  • Oscillating shaker platform provides uniform agitation

  • Stainless steel chamber ensures durability and thermal consistency

This combination ensures efficient heat transfer and consistent mixing across all samples.


Key Features of Labotronics LB-10ETSB

  • Temperature range: 5°C to 100°C

  • High accuracy: ±0.1°C

  • Adjustable shaking speed up to 200 cycles/min

  • Large 30 L capacity for multi-sample testing

  • Digital PID temperature control system

  • Uniform oscillation for consistent mixing

  • Stainless steel corrosion-resistant chamber

  • Continuous operation capability


Technical Specifications

Parameter

Specification

Temperature Range

5°C to 100°C

Temperature Accuracy

±0.1°C

Capacity

30 L

Shaking Frequency

0–200 cycles/min

Heating Power

1250 W

Power Supply

220–240 V AC, 50/60 Hz


Comparison Table – Shaking Water Bath Models

Attribute

Shaking Water Bath 30L 5–100°C

₹2,34,662.91•Labotronics Scientific

Water Bath Shaker 31L 0–300 rpm

₹1,73,034.26•Labotronics Scientific

Reciprocating Water Bath Shaker

₹3,83,993.85•Labotronics Scientific

Orbital Shaking Water Bath 24 Vessel

₹2,70,216.94•Conduct Science

Temperature Range

5–100°C

5–100°C

5–99.9°C

Up to 100°C

Capacity

30 L

31 L

Multi-vessel

Shaking Type

Reciprocating

Reciprocating

Reciprocating

Orbital

Speed Range

Up to 200 cycles/min

0–300 rpm

20–180 rpm

Variable

Temperature Accuracy

±0.1°C

±0.1°C

±0.1–0.2°C

High precision

Application Level

Standard lab use

High-speed mixing

Routine lab testing

Advanced research


Key Insight

  • Labotronics LB-10ETSB offers a balanced combination of temperature precision and controlled shaking, suitable for most laboratory workflows.

  • Higher-end models increase speed range or shaking type (orbital vs reciprocating) depending on application complexity.


Quick Summary

Shaking Water Bath LB-10ETSB provides precise temperature control (5°C to 100°C) combined with uniform agitation for laboratory applications. With 30 L capacity, PID control, and adjustable shaking speed, it ensures consistent mixing and thermal stability for biological, chemical, and analytical workflows.



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