Powerful, compact and energy-efficient circulating chiller for cooling applications up to -30 °C. The on-demand and speed-controlled compressor, operated with natural refrigerant, achieves a cooling capacity of 800 W at a minimum energy consumption. The speed-controlled PEEK pump allows an indirect continuous adjustment of maximum pressure and flow rate. The integrated...

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Order No.: 3502012

Manufacturer Art. No.: 0025004186

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IKA Recirculating chiller

Powerful, compact and energy-efficient recirculating chiller for cooling applications up to -30 °C. The on-demand and speed-controlled compressor, operated with natural refrigerant, achieves a cooling capacity of 800 W at minimum energy consumption. The speed-controlled PEEK pump allows an indirect continuous adjustment of maximum pressure and flow rate. The device provides...

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Order No.: 3502013

Manufacturer Art. No.: 0025006638

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IKA HB digital - Heating bath, 4 l

Compact and ergonomic heating safety bath for all tempering media. 4 l bath volume Max. media temperature: 180 °C Ergonomic handles Key button to lock heating bath temperature Clear, black-and-white display Safety operating modes A, B, C Permanent set-point/ actual temperature display USB interface

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Order No.: 2531288

Manufacturer Art. No.: 0020016334

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IKA HB eco - Heating bath, 4 l

Compact and ergonomic heating bath 4 l bath volume Max. media temperature: 99 °C Ergonomic handles Temperature display Alternating display of set-point/ actual temperature USB interface

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Order No.: 2531289

Manufacturer Art. No.: 0020016337

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IKA Oven 125 control - dry - Drying oven

The models in the IKA Oven 125 dry series are powerful drying cabinets for temperature regulation, drying, ageing and heating tasks. Rapid heating and exact temperature regulation guarantee reproducible results in industrial laboratories, schools and universities, research, quality control or science. Thanks to its high quality insulation, the device has a very large...

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Order No.: 2489405

Manufacturer Art. No.: 0020003990

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IKA Oven 125 control - dry glass - Drying oven with glass door

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Order No.: 2489406

Manufacturer Art. No.: 0020003996

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IKA H 135.25 - Flask carrier 250 ml without handle

Flask carrier 250 ml without handle Round bottom Volume: 250 ml Max. outer diameter: 142 mm

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Order No.: 2189191

Manufacturer Art. No.: 0025003280

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IKA HRC 2 basic - Cooling and heating circulator

The compact refrigerated and heating circulator HRC 2 basic is renowned for its high energy efficiency, a working temperature powerful infinitelyrange from -20°C to 100°C and a variable pressure and suction pump. The on-demand and speed-controlled compressor reduces noise and operating costs. The high-quality Isolation of the 4 l bath allows fast heating and reduces heat...

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Order No.: 2189192

Manufacturer Art. No.: 0025003742

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IKA HRC 2 control - Cooling and heating circulator

The compact refrigerated and heating circulator HRC 2 control is renowned for its high energy efficiency, a working temperature range from -30°C to 100°C and a powerful and infinitely variable pressure and suction pump. The on-demand and speed-controlled compressor reduces noise and operating costs. The HRC 2 control in combination with an external temperature sensor is...

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Order No.: 2189194

Manufacturer Art. No.: 0025004524

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Temperature control units in the LMS online shop

Temperature control units are devices used to precisely control the temperature of samples or experiments. They are used in various industries such as the chemical industry, the food industry, medicine and science.

A temperature control device in the laboratory usually consists of a thermostat and a container or chamber in which the samples are placed. The thermostat controls the temperature and keeps it constant at a predefined value. You will find a selection of temperature control units in our online shop under laboratory technology.

What does a temperature control unit do?

Temperature control units are often used in laboratories to control and keep the temperature of samples, solutions or reaction vessels constant. The temperature control unit removes the heat from the heat transfer medium and then returns the cooled medium to the circuit. Controlling or keeping the temperature constant is important to obtain accurate and reproducible results and to ensure that experiments are conducted unter controlled conditions.

Here are some of the main tasks that a temperature control unit performs in the laboratory:

Temperature control: The temperature control unit keeps the temperature constant and allows the precise setting and control of the desired temperature. It ensures that the samples or materials can be kept at a certain temperature during the experiment or test.
Constant temperature over longer periods: A temperature control unit in the laboratory is able to maintain the desired temperature over longer periods. This allows for long-term experiments or reactions that require a stable temperature for hours, days or even weeks.
Heating and cooling: Depending on the need, a temperature control unit can both raise and lower the temperature. It can heat the sample to initiate or accelerate chemical reactions, or cool it to slow down or stop certain processes.
Temperature stability: A temperature control unit ensures high temperature stability to minimise fluctuations. This is important to achieve accurate and reproducible results, especially for sensitive experiments or high-precision measurements.
Different areas of application: A laboratory temperature control unis is used in various scientific fields, including chemistry, biology, pharmacy, materials science and others. It can be used in conducting experiments, cell cultivation, enzyme reactions, protein analysis, polymer processing, heat treatment of materials and many other applications.

What types of temperature control units are there?

There are different types of temperature control units that are suitable for different applications. You can find these in our LMS online shop.

There include, among others:

Water baths: Water baths are a common type of temperature control unit in the laboratory. They use water as a cooling or heating medium and are generally easy to operate. Water baths are well suited for applications such as the incubation of cell cultures of the temperature control of samples at low temperatures.
Refrigerated thermostats: Refrigerated thermostats are used to cool samples to very low temperatures. They can be operated with a variety of cooling media such as ethylene glycol or propylene glycol.
Heating thermostats: Heating thermostats are another common type of temperature control unit in the laboratory. They are used to heat samplest to higher temperatures and can be operated with a variety of heating media such as air or oil.

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Temperature control units in the LMS online shop

What does a temperature control unit do?

Here are some of the main tasks that a temperature control unit performs in the laboratory:

Temperature control: The temperature control unit keeps the temperature constant and allows the precise setting and control of the desired temperature. It ensures that the samples or materials can be kept at a certain temperature during the experiment or test.
Constant temperature over longer periods: A temperature control unit in the laboratory is able to maintain the desired temperature over longer periods. This allows for long-term experiments or reactions that require a stable temperature for hours, days or even weeks.
Heating and cooling: Depending on the need, a temperature control unit can both raise and lower the temperature. It can heat the sample to initiate or accelerate chemical reactions, or cool it to slow down or stop certain processes.
Temperature stability: A temperature control unit ensures high temperature stability to minimise fluctuations. This is important to achieve accurate and reproducible results, especially for sensitive experiments or high-precision measurements.
Different areas of application: A laboratory temperature control unis is used in various scientific fields, including chemistry, biology, pharmacy, materials science and others. It can be used in conducting experiments, cell cultivation, enzyme reactions, protein analysis, polymer processing, heat treatment of materials and many other applications.

What types of temperature control units are there?

There are different types of temperature control units that are suitable for different applications. You can find these in our LMS online shop.

There include, among others:

Water baths: Water baths are a common type of temperature control unit in the laboratory. They use water as a cooling or heating medium and are generally easy to operate. Water baths are well suited for applications such as the incubation of cell cultures of the temperature control of samples at low temperatures.
Refrigerated thermostats: Refrigerated thermostats are used to cool samples to very low temperatures. They can be operated with a variety of cooling media such as ethylene glycol or propylene glycol.
Heating thermostats: Heating thermostats are another common type of temperature control unit in the laboratory. They are used to heat samplest to higher temperatures and can be operated with a variety of heating media such as air or oil.