Grant Bio RTS Single Use Reverse Spin Personal Bioreactors for Mixing and Oxygenating
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Grant Bio RTS Single Use Reverse Spin Personal Bioreactors for Mixing and Oxygenating

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Grant Instruments (Cambridge) Ltd
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The Grant Bio RTS Single-Use Reverse Spin Personal Bioreactors are innovative and specialized bioreactor systems designed for mixing and oxygenating biological samples, particularly for applications such as cell culture, fermentation, and bioprocessing. These bioreactors are highly suitable for research and small-scale production where precision, flexibility, and ease of use are key requirements.

SKU Temperature Setting Range Bottom Control Range Point Measurement Precision Measurement Wavelength (nm) Cultural Media Volume (ml) Weight (In Grams) Price (excluding VAT) Availability Qty To Purchase
Grant Bio RTS Single Use Reverse Spin Personal Bioreactors for Mixing and Oxygenating RTS-1 +25 to 70 (increment 0.1°C) Ambient +5°C ±0.3 OD 850 10-30 1700 £3173.00 1 + -
Grant Bio RTS Single Use Reverse Spin Personal Bioreactors for Mixing and Oxygenating RTS-1C +4 to +70 (increment 0.1°C) Ambient -15°C ±0.3 OD 850 10-30 2200 £3528.00 1 + -

RTS-1 is personal bioreactor which utilize patented Reverse-Spin® technology that applies non-invasive, mechanically driven, low energy consumption, innovative type of agitation where cell suspension is mixed by the singleuse falcon bioreactor tube rotation around its axis with a change of direction of rotation motion resulting in highly efficient mixing and oxygenation for aerobic cultivation. Combined with a near-infrared optical system it is possible to register cell growth kinetics non-invasively in real time.

  • Reverse–Spin® mixing principle in 50 ml falcon tubes allows to achieve high kLa (h-1) up to 450 which is essential for efficient aerobic cultivation
  • Individually controlled bioreactor accelerates optimization process
  • Possibility to cultivate microaerophilic and obligate anaerobic microorganisms (not strict anaerobic conditions)
  • Reverse–Spin® mixing principle enables non-invasive biomass measurement in real time
  • Near-infrared optical system makes it possible to register cell growth kinetics
  • Free of charge software for storage, demonstration and analysis of data in real time
  • Compact design with low profile and small footprint for personal application
  • Temperature control for bioprocess applications
  • Active cooling for rapid temperature control, e.g. for temperature fluctuation experiments
  • Task profiling for process automatization
  • Cloud data storage to remotely monitor the process of cultivation while at home or using a mobile phone

 

Software features:

 

  • 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 10 units simultaneously to 1 computer
  • Remote monitoring option (requires internet connection)
  • Cycling/Profiling options
  • User manual calibration possibility for most cells

 

Typical applications:

 

  • Fermentation real time growth kinetics
  • Clone candidate screening
  • Protein expression
  • Temperature stress and fluctuation experiments
  • Media screening and optimization
  • Growth characterization
  • Inhibition and toxicity tests
  • Strain quality control

 

RTS-1C is personal bioreactor which utilize patented Reverse-Spin® technology that applies non-invasive, mechanically driven, low energy consumption, innovative type of agitation where cell suspension is mixed by the singleuse falcon bioreactor tube rotation around its axis with a change of direction of rotation motion resulting in highly efficient mixing and oxygenation for aerobic cultivation. Combined with a near-infrared optical system it is possible to register cell growth kinetics non-invasively in real time.

  • Reverse–Spin® mixing principle in 50 ml falcon tubes allows to achieve high kLa (h-1) up to 450 which is essential for efficient aerobic cultivation
  • Individually controlled bioreactor accelerates optimization process
  • Possibility to cultivate microaerophilic and obligate anaerobic microorganisms (not strict anaerobic conditions)
  • everse–Spin® mixing principle enables non-invasive biomass measurement in real time
  • Near-infrared optical system makes it possible to register cell growth kinetics
  • Free of charge software for storage, demonstration and analysis of data in real time
  • Compact design with low profile and small footprint for personal application
  • Temperature control for bioprocess applications
  • Active cooling for rapid temperature control, e.g. for temperature fluctuation experiments
  • Task profiling for process automatization
  • Cloud data storage to remotely monitor the process of cultivation while at home or using a mobile phone

 

Software features:

 

  • 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 10 units simultaneously to 1 computer
  • Remote monitoring option (requires internet connection)
  • Cycling/Profiling options
  • User manual calibration possibility for most cells

 

Typical applications:

 

  • Fermentation real time growth kinetics
  • Clone candidate screening
  • Protein expression
  • Temperature stress and fluctuation experiments
  • Media screening and optimization
  • Growth characterization
  • Inhibition and toxicity tests
  • Strain quality control

 

Specification

Smart Plus
Model RTS-1 RTS-1C
Measurement range 0–10 OD at 10–20ml volume (0–19 OD λ600 nm equivalent)
0–8 OD at 20–30ml volume (0–15.2 OD λ600 nm equivalent)		 0–10 OD at 10–20ml volume (0–19 OD λ600 nm equivalent)
0–8 OD at 20–30ml volume (0–15.2 OD λ600 nm equivalent)
Measurement precision ±0.3 OD ±0.3 OD
Light source NIR Light diode NIR Light diode
Measurement wavelength (λ) 850 nm 850 nm
Measurement periodicity per hour 1–60 1–60
Cultural media volume 10–30 ml 10–30 ml
Temperature setting range +25°C ... +70°C +4°C ... +70°C
Temperature control range 5°C above ambient ... +70°C 15°C below ambient ... +70°C
Temperature stability ±0.1°C ±0.1°C
Display LCD LCD
Speed control range 50–2,000 rpm 50–2,000 rpm
Max. number of units connected to the software 10 10
Type of tube for aerobic cultivation 50 ml tube with membrane filter (TubeSpin® Bioreactor 50, TPP®)* 50 ml tube with membrane filter (TubeSpin® Bioreactor 50, TPP®)*
Type of tube for anaerobic cultivation 50 ml tube with membrane filter (TubeSpin® Bioreactor 50, TPP®)*
* — it is also possible to use other manufacturer tubes of the same type, e.g. Corning® 50ml Mini Bioreactor, but the device rotor must be modified. It is possible to request this modif.		 50 ml tube with membrane filter (TubeSpin® Bioreactor 50, TPP®)*
* — it is also possible to use other manufacturer tubes of the same type, e.g. Corning® 50ml Mini Bioreactor, but the device rotor must be modified. It is possible to request this modif.
Minimum PC requirements Intel/AMD Processor, 1 GB RAM Windows Vista/7/8/8.1/10/11, USB 2.0 port Intel/AMD Processor, 1 GB RAM Windows Vista/7/8/8.1/10/11, USB 2.0 port
Optimal PC requirements Intel/AMD Processor, 3 GB RAM Windows Vista/7/8/8.1/10/11, USB 2.0 port Intel/AMD Processor, 3 GB RAM Windows Vista/7/8/8.1/10/11, USB 2.0 port
Overall dimensions (W×D×H) 130 × 212 × 200 mm 130 × 212 × 200 mm
Weight 1.7kg 2.2 kg
Input current/power consumption 12 V DC, 3.3 A / 40 W 12 V DC, 5 A / 60 W
External power supply Input AC 100–240 V 50/60 Hz, Output DC 12 V Input AC 100–240 V 50/60 Hz, Output DC 12 V
 
    • Weight (In Grams)
      1700 g
    • SKU
      RTS-1
    • Commodity Codes
      84798200
  • Manufacturer
    Grant Instruments (Cambridge) Ltd
  • Country of Origin
    Latvia
  • Temperature Setting Range
    +25 to 70 (increment 0.1°C), +4 to +70 (increment 0.1°C)
  • Bottom Control Range Point
    Ambient +5°C, Ambient -15°C
  • Measurement Precision
    ±0.3 OD, Not Applicable
  • Measurement Wavelength (nm)
    850, Not Applicable
  • Cultural Media Volume (ml)
    10-30, Not Applicable

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