Features:
- innovative mixing due to reversible rotation of the sample around its axis
- measurement of the optical density of the sample in real time thanks to the mixing technology
- software for recording, displaying and analyzing data in real time
- compact device for personal use
- use of the device as an incubator (for example, for cell growth) due to temperature control
- active cooling function and temperature profiling via software
- the ability to change parameters (temperature, rpm and rotational speed) allows you to achieve consistency and reproducibility of results
- the ability to set the parameters of cultivation: temperature, stirring speed, frequency of changing the direction of rotation upon reaching the time or a certain value of optical density (OD)
- the ability to remotely monitor the fermentation process
- optical density measurement range, OP (OD):
- from 0 to 10 at a volume of 10-20 ml (OD value 0-25 is equivalent to the value at a wavelength of 600 nm when measured in cuvettes with an optical path length of 10 mm)
- from 0 to 8 at a volume of 20-30 ml (OD value 0-20 is equivalent to the value at a wavelength of 600 nm when measured in cuvettes with an optical path length of 10 mm)
- wavelength - 850 nm
- measurement accuracy - ± 0.3 OD (OD)
- light source - LED
- measurement frequency - 1-60 1 / hour
- the volume of the culture medium is from 10 to 30 ml
- type of test tube for aerobic cultivation - TubeSpin, 50 ml
- type of tube for anaerobic cultivation - Falcon, 50 ml
- temperature setting range - from +4 to +70 ° С
- temperature control range - from 15 below ambient to +70 °С
- stability of temperature maintenance - ± 0.1 °С
- speed control range - 50 - 2000 rpm
- LCD display
- the maximum number of devices connected to one program is 10 pcs
- maximum power consumption - 40 W
- registration of the kinetics of cell growth, recording, display and analysis of data in real time
- custom graphics and 3D graphics
- pause
- the ability to save and load results
- reports in PDF and Excel format
- connection of up to 10 devices at the same time
- the ability to remotely monitor the experiment