Name: Thermostatic Water Bath
Brand: Labindia
SKU: IMIL9YZG
Availability: InStock

Thermostatic Water Bath

IMIL9YZG

Brand: Labindia

Category: Lab Instruments

Industry: Life Science and Biotechnology, Academia, Pharma, Bio-pharma & Vaccine, Clinical Research & Diagnostics

The GMP Concentric Rings Water Bath is a precision laboratory instrument designed for temperature-controlled heating of liquids and samples. Featuring removable concentric rings, it accommodates flasks, beakers, and tubes of different sizes, ensuring uniform heat distribution and long-lasting temperature stability. Ideal for biochemical, biological, bacteriological, and industrial applications.

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The GMP Concentric Rings Water Bath is a versatile laboratory instrument used to maintain precise temperature conditions for samples in flasks, tubes, or beakers. Its removable concentric rings allow accommodation of various container sizes without direct contact with the heating element, ensuring uniform heat distribution and preventing thermal shock.

Constructed with a double-walled stainless steel chamber (SS 304) and glass-wool insulation, the water bath prevents heat loss and maintains consistent temperature for extended periods. The digital temperature controller allows precise regulation within 5°C above ambient to 95°C, while the built-in dry-run alarm prevents overheating if water levels are low.

With its compact, lightweight, and corrosion-resistant design, the GMP Concentric Rings Water Bath is widely used in research labs, universities, industrial laboratories, and pharmaceutical facilities for applications such as culture incubation, chemical reactions, thawing frozen samples, and heat treatment of biological or chemical samples.

Double-walled SS 304 chamber with punch-formed inner liner for anti-corrosion and leak-proof operation
Removable concentric rings to accommodate various flask and beaker sizes
Digital temperature controller for precise regulation (5°C above ambient – 95°C)
High precision temperature consistency: ±0.1°C
Dry-run alarm with built-in water sensor for safety
Special-grade glass-wool insulation for heat retention and energy efficiency
Independent over-temperature protection system
Timer feature for controlled heating cycles
Compact, portable, and lightweight design
Ideal for industrial, university, and research laboratory applications

Achieve precise, safe, and efficient temperature control with the GMP Concentric Rings Water Bath. Its removable concentric rings, digital control, and reliable insulation make it ideal for laboratories and industrial setups requiring consistent heating for diverse applications.

Trust GMP Instruments to deliver robust, high-quality, and versatile laboratory water baths engineered for long-term performance.

Model	Size (inches)	Power (Watts)	Holes	Capacity (L)
GMP LWB3-68	16 × 12 × 3	1200	6 × 3″	8
GMP LWB3-128	16 × 12 × 3	1200	12 × 3″	8
GMP LWB4-612	16 × 12 × 4	1200	6 × 3″	12
GMP LWB4-1212	16 × 12 × 4	1200	12 × 3″	12
GMP LWB7-620	16 × 12 × 7	1500	6 × 3″	20
GMP LWB7-1220	16 × 12 × 7	1500	12 × 3″	20
GMP LWB9-625	16 × 12 × 9	1500	6 × 3″	25
GMP LWB9-1225	16 × 12 × 9	1500	12 × 3″	25

Incubation and inactivation of microbial cultures
Warming bacteriological media
Thawing frozen samples or processing chemical reactions
Heat soaking, distillation, drying, and concentration of chemical/biological products
Maintaining cell lines or heating flammable samples safely
Use in pharmaceutical, biochemical, research, and industrial laboratories

1. What is centrifugation?

Centrifugation is a laboratory technique used to separate components in a mixture based on their density, size, and shape using centrifugal force. When the mixture is rotated at high speed, denser molecules move toward the periphery while lighter ones move to the center. This process is widely used in laboratory centrifuges for separating biological and chemical substances. The rate of centrifugation depends on factors such as the particle size, density, medium viscosity, and rotor speed.

2. How Does a Centrifuge Work?

A centrifuge machine works by rapidly spinning samples to accelerate separation. For example, when a mixture is placed in test tubes and loaded into a centrifuge, the larger and denser particles move outward due to centrifugal force, while smaller particles remain closer to the center. This technique is essential for laboratories, research centers, and clinical testing.

3. What is a Labindia Incubator Shaker and how does it work?

A Labindia Incubator Shaker is an advanced laboratory device that combines shaking and incubation functions in one unit. It maintains precise temperature control while providing continuous orbital shaking to ensure uniform mixing and aeration of cell cultures or biochemical samples. This makes it essential for cell culture, fermentation, and enzyme research applications.

Thermostatic water bath Laboratory Instruments