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Laboratory Equipment Densitometers / Fluorometers Densitometers Real Time Cell Growth Logger RTS-1C
Real Time Cell Growth Logger RTS-1C
Measurement range: 0–10 OD at 10–20ml volume (0–24 OD λ600 nm equivalent) 0–8 OD at 20–30ml volume (0–19 OD λ600 nm equivalent);
Wavelength (λ): 850 nm;
Measurement Precision: ± 0.3 OD
Wavelength (λ): 850 nm;
Measurement Precision: ± 0.3 OD
Description
- Measurement range: 0–10 OD at 10–20ml volume (0–24 OD λ600 nm equivalent) 0–8 OD at 20–30ml volume (0–19 OD λ600 nm equivalent)
- Wavelength (λ): 850 nm
- Measurement Precision: ± 0.3 OD
- Temperature range: +4°C - +70°C
- Speed control range: 50–2,000 rpm
- Light source: IR Light diode
- Measurement periodicity per hour: 1-60
- Cultural media volume: 10–30 ml
- Type of tube for aerobic cultivation: 50 ml TubeSpin (TPP)
- Type of tube for anaerobic cultivation: 50 ml Falcon
- Max. number of units connected to the software: 12
- PC system requirements: Intel/AMD Processor, 1 GB RAM Windows XP*/Vista/7/8, USB 2.0 port * not guaranteed because OS not supported by producer
- Real–Time cell growth logging
- 3D graphical representation of OD or growth rate over time over unit
- Pause option
- Save/Load option
- Report option: PDF and Excel
- Connect up to 12 units simultaneously
- Remote monitoring option (requires internet connection)
- Cycling/Profiling options
- User calibration options for any microorganism
- Overall dimensions: 130 × 212 × 200 mm
- External power supply: Input AC 100–240 V 50/60 Hz, Output DC 12 V
- Innovative mixing due to reverse spinning of the sample around its own axis
- Due to innovative mixing technology it is possible to measure optical density of the probe in real time
- Software has been developed to store, display and analyse the data in real time
- RTS-1C is compact device with low profile and small footprint for personal application
- Temperature control allows to use RTS-1C as an incubator, e.g. for cell growth
- RTS-1C has a function of active cooling and temperature profiling via software
- The ability to change parameters such as temperature, RPM and “Reverse-Spin” frequency, allows to achieve consistency and reproducibility of results
- Programmable Cycling/profiling of cultivation parameters such as temperature, RPM, “Reverse-Spin” frequency
- The ability to remotely monitor the process of cultivation while home or using a mobile phone
