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Reactors for laboratories
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Resonant reactor - max. 2000 kV, 35 A | XZL series
The XZL series is manufactured by Powerhv, and has a metal tank reactor type that is oil-cooled and equipped in a tank made up of steel. It...
Resonant reactor - max. 2000 kV, 35 A | XZL series
The XZL series is manufactured by Powerhv, and has a metal tank reactor type that is oil-cooled and equipped in a tank made up of steel. It can be fitted with additional voltage taps to achieve largest testable capacitance of test objects at lower test voltages up to 400 kV.
There is also a cylinder reactor type that is oil-cooled and equipped in a closed container maid up of steel and insulating cylinders. It has a module setup that allows to connect the reactors in series or in parallel for extending the range of voltage and/or current.
There is also a cylinder reactor type that is oil-cooled and equipped in a closed container maid up of steel and insulating cylinders. It has a module setup that allows to connect the reactors in series or in parallel for extending the range of voltage and/or current.
Bioreactor
Algenuitys Algem is a two-unit labscale photobioreactor, designed and created to accelerate algal research and discovery.
Algem enables algal researchers to investigate environmental impacts on algal biology and to ultimately identify optimal growth conditions...
Algem enables algal researchers to investigate environmental impacts on algal biology and to ultimately identify optimal growth conditions...
Bioreactor
Algenuitys Algem is a two-unit labscale photobioreactor, designed and created to accelerate algal research and discovery.
Algem enables algal researchers to investigate environmental impacts on algal biology and to ultimately identify optimal growth conditions for desired algal traits.
Researchers can use Algem to culture microalgae or cyanobacteria under simulated environments, where light intensities, temperatures, day lengths, mixing, and other features can be closely controlled. Units can be controlled either by integrated touch screen interface or Algem software through the USB link.
With the Algem software, cell growth can be continuously monitored and data collected. Strain-specific growth data can be easily produced, and optimal growth parameters identified. Algem uses include strain development, optimization, and growth; understanding of geographic and seasonal effects; and collecting information needed to support large scale cultivation. Algem facilitates accelerated algal research and innovation.
Algem enables algal researchers to investigate environmental impacts on algal biology and to ultimately identify optimal growth conditions for desired algal traits.
Researchers can use Algem to culture microalgae or cyanobacteria under simulated environments, where light intensities, temperatures, day lengths, mixing, and other features can be closely controlled. Units can be controlled either by integrated touch screen interface or Algem software through the USB link.
With the Algem software, cell growth can be continuously monitored and data collected. Strain-specific growth data can be easily produced, and optimal growth parameters identified. Algem uses include strain development, optimization, and growth; understanding of geographic and seasonal effects; and collecting information needed to support large scale cultivation. Algem facilitates accelerated algal research and innovation.