"IKA"

Supplier: IKA

Temperature probe

Supplier: IKA

Dispersing element, D 80, Stator/rotor Ø: -/80 mm, Volume: 2 - 50 l

Supplier: IKA

The ICC compact immersion circulators allow flexible coupling to water baths of different volumes. They are designed for use with liquids up to temperatures of 150 °C. The convenient carrying handle and the compact design allow easy transportation as well as comfortable use. An economic and attractive solution for basic applications such as sample tempering and heating glassware.

Supplier: IKA

The CBC VISC lite heating and cooling bath circulator covers a wide temperature range from −25 to +125 °C and is designed to be combined with the IKA ROTAVISC viscometers.

Supplier: IKA

The HABITAT cell system is a flexible, fully connected bioreactor platform offering precise gas, liquid, temperature, and sensor control for advanced cell culture and phototrophic applications. Modular tower variants, customisable vessel packages, and intuitive software enable streamlined, high-precision bioprocessing for research and production needs.

Supplier: IKA

Compact and ergonomic heating safety bath for all tempering media.

Supplier: IKA

Unstirred water bath, IB R 20 eco (bath only), PC, Capacity: 20 L, Temperature Range: ≤100 °C, Bath W×D×H: 504×317×151 mm, W×D×H: 552×365×167 mm

Supplier: IKA

This overhead stirrer is ideal for special applications. Combining high performance with excellence, the units require minimum space.

Supplier: IKA

Borosilicate glass 3.3.

Supplier: IKA

LVS 105T 10-ef: Compact, dry running, chemical resistant pump systems, used for many applications in chemical laboratories and research.

Supplier: IKA

The IKA T 10 battery is a battery-operated, cordless homogeniser, specifically designed for handheld laboratory applications. Ideal for small volumes up to 100 ml (H₂O), this homogeniser can even be used inside a microcentrifuge tube.

Supplier: IKA

The compact immersion circulators of the lite series are powerful and of high quality, with a focus on essential basic functions, excellent performance and efficient operation.

Supplier: IKA

AOD 1 is used for oxidative decomposition of organic samples under pressure in a closed system.

Supplier: IKA

Interchangeable sieve for insertion into the grinding heads ensures maximum particle size filtering.

Supplier: IKA

The C 7000 calorimeter is designed to measure the calorific power of samples in a dry procedure.

Supplier: IKA

The high pressure homogeniser HPH is an inline dispersing machine for energy-efficient, continuous production of superfine emulsions. Compared to other IKA inline machines, the dispersing action of the high pressure homogeniser HPH is not based on the rotor/stator principle. The improved homogenising effect is achieved within the homogeniser by means of spontaneous decompression of the liquid from max. 2000 bar to an ambient pressure. With the same energy input, the IKA HPH produces considerably finer emulsions than conventional toothed ring dispersers. The use of high pressure homogenisers is recommended when a disintegration down to the nano range is required; however, these machines do achieve a smaller flow capacity than conventional dispersers. The high pressure homogeniser consists of a high pressure piston pump and a downstream homogenising valve. The pressure build-up within the HPH occurs by means of one or more piston pump(s) which, with the help of ceramic pistons, ensure(s) a volume flow that is independent of pressure and virtually pulsation free. The desired homogenising pressure can be infinitely adjusted. The pressure is reduced in a selected adjustable gap of the homogenizing valve. The quick pressure decrease in a moving medium leads to extremely high turbulences and cavitations, which then bring about the grinding of the raw product. The machine's design can be adapted to fit customer-specific tasks. The high pressure homogeniser is available in two sizes with either one or more piston(s) of varying Ø. These parameters determine the max. homogenising pressure (800 or 2000 bar) possible for a specific machine type, the minimal permitted feeding volume (up to 10 ml) as well as homogenising results and flow capacities.