MULTIFUNCTIONAL WATER BATH

Water Bath

A water bath is laboratory equipment made from a container filled with heated water. It is used to incubate samples in water at a constant temperature over a long period of time.

Water bath is specially manufactured for small-scale multi-batch chemical, batching, and fermentation process experiments in laboratories.

Application:

Widely used in enterprises, medical institutions, universities, and scientific research departments for evaporation, drying, concentration, constant temperature heating etc.

FEATURES:

  • The main structure is made of high-quality SUS 304 and SUS 316L stainless steel.
  • High efficiency, easy operation, and high degree of automation.
  • The volume and quantity of the water bath tank can be customized according to the customer's request.
  • Automated temperature control and display.
  • Different mixing heads can be equipped based on user requirements.
  • Insulation material surrounds the water bath for safe operation.
  • Equipped with a high-quality hot water circulation pump.
  • Requires minimal space, portable design as an option
  • Temperature range: normal temperature ~ 100 ℃

 

Frequently Asked Questions

a

What is a multifunctional water bath used for in a laboratory?

A multifunctional water bath is a versatile piece of laboratory equipment used for incubating samples, warming reagents, melting substrates, and enabling various temperature-sensitive chemical and biological reactions that require precise and consistent thermal conditions. Its primary function is to provide a stable, uniform thermal environment without the use of an open flame, making it safer for heating flammable chemicals

a

How does the Noggrann multifunctional water bath differ from a standard one?

The Noggrann multifunctional water bath integrates features typically found in separate pieces of equipment, such as built-in circulation and temperature programming capabilities, in a single compact unit. A standard water bath often relies on simple convection (non-circulating) for heating, which results in less uniform temperature distribution. The Noggrann model offers superior temperature uniformity and precision, often essential for sensitive applications like enzymatic and serologic experiments where consistent results across all samples are critical. it's a customised water batch with agitator.

a

What applications is the Noggrann water bath ideal for?

The Noggrann water bath is widely used across various scientific disciplines due to its versatility: 

  • Biology/Microbiology: Incubation of cell and bacterial cultures, enzyme reactions, and microbial growth studies.
  • Chemistry: Dissolving solids, preparing solutions, and conducting reactions that require controlled, high temperatures without open flames.
  • Molecular Biology: DNA amplification (PCR), hybridization, and sample thawing/warming.
  • Food Science/Clinical: Pasteurisation, quality control, blood analysis, and diagnostics

a

How do I maintain and clean the Noggrann multifunctional water bath to prevent contamination?

Proper maintenance of the Noggrann water bath is essential to ensure longevity and prevent contamination. 

  • Use Distilled Water: Always use distilled or deionized water to prevent mineral buildup (scaling) on the heating elements and tank surfaces.
  • Regular Cleaning: Drain the bath weekly or monthly, clean the interior with a mild, non-abrasive detergent or lab-grade disinfectant, and rinse thoroughly.
  • Use Additives: Use a commercial anti-algae/antimicrobial agent specifically designed for lab water baths to inhibit biological growth.
  • Cover the Bath: Always use the lid or cover to minimize evaporation and prevent airborne contaminants from entering the water.
  • Monitor Levels: Regularly check and top up the water level to ensure heating elements remain submerged

a

Can the Noggrann water bath be used for temperatures above 100°C?

No, the Noggrann multifunctional water bath typically operates within a range from ambient temperature up to 99.9°C or 100°C. Water loses its effectiveness as a heat transfer medium above this point due to boiling and rapid evaporation. For applications requiring temperatures over 100°C, alternative methods such as silicone oil baths or sand baths should be used.

crossmenu