Bioreactor, High-precision Control

The high-precision control bioreactor is equipped with 1 MFC, featuring higher control accuracy and greater stability.

  • Model : BIOR-M1P; BIOR-M2P; BIOR-M3P; BIOR-M5P; BIOR-M7P; BIOR-M10P; BIOR-M15P
  • Total Volume (L): 1/2/3/5/7/10/15
  • Flow Meter: 2 rotameters + 1 MFC
  • Gas Source: Air, O2
  • Material (Vessel): Boro 3.3 high borosilicate glass
  • Temperature Range: 0~150.0 °C
  • PH Range: 2.00~12.00
  • DO Range: 0.0~150.0%

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High-precision Control Bioreactor Advantage:

  1. Automated gas flow control ensures optimal precision.
  2. The preferred choice for economical microbial cultivation.
  3. 15.6-inch touchscreen for easy operation.
  4. Compact footprint with tool-free installation, easy disassembly, maintenance, and cleaning.
  5. Seven container sizes (1L to 15L) accommodate diverse experimental needs.
  6. Powerful Software Capabilities
  7. Separate base, reactor body, and stirring motor design achieves lightweight construction.
  8. Supports wired/wireless LAN for remote monitoring and control.
  9. Flexible reactor interchangeability and universal interfaces enable future upgrades.

High-precision Control Bioreactor Specifications: 

Model BIOR-M1P BIOR-M2P BIOR-M3P BIOR-M5P BIOR-M7P BIOR-M10P BIOR-M15P
Independent Control Tower Housing Material Carbon steel, plastic powder coating
Display 15.6″ color touch screen
Controller Siemens S series PLC, MCGS HMI
Integrated Pump 4 Matson Marlow 114 variable-speed peristaltic pumps
Flow Meter 2 rotameters + 1 MFC
Communication USB [software upgrade, data copy and export], Industrial Ethernet, WiFi, 1 × Analog Input 4 to 20 mA
Interface 1 × pH sensor cable;          1 × DO sensor cable;       2 × stirring motor control wires;            1 × temperature sensor interface;           1 × foam sensor cable;      

1 × heating blanket control wire interface;   1 × main power interface

Water Interface 6 × hose barb fitting (inlet/outlet for exhaust condenser, cooling finger, chilled water)
Air Interface 3 × hose barb fitting (2 × gas supply interface, 1 × gas outlet)
Power Supply 220 V (±10%), 50 Hz, single phase
Rated Power Max. 1.5 kW                                                                
External Size  (W×D×H) 435×360×730 mm
Net Weight Approx. 40 kg (depending on configuration)
Agitation Control Motor Maintenance-free, low noise servo motor
Speed Range 5 – 1000 rpm
Speed Accuracy ± 0.5%
Rated Power Max. 750 W
Gas Control Gas Source Air, O2
Control Method 1 × MFC, 2 × rotameters, 1 × solenoid valve
Gas Inlet Ring sparger
Flow Range Sparger Air: rotameter 3 – 30 L/min, MFC max. 20 SLPM Sparger O2: rotameter 0.5-8 L/min
Flow Accuracy Rotameter accuracy: ± 4%, MFC accuracy: ± 1%
Temperature Control Control Method Robust PID algorithm
Heating Method Heating blanket
Heating Power Max. 500 W, each vessel
Cooling Method Tap water or circulating cooling
Sensor Pt100 RTD (JUMO, German)
Measurement Range 0~150.0 °C
Measurement Accuracy ± 0.1 °C
Control Range 8.0 °C above coolant to 40.0 °C above ambient (0 – 65.0 °C absolute)
Control Accuracy ± 0.2 °C
PH Control Control Method · Robust PID algorithm  · Cascade control with peristaltic pumps by adding acid and alkali
Sensor Hamilton Sterilizable Gel-filled pH electrode
Measurement Range 2.00~12.00
Measurement Accuracy 0.01
Control Accuracy ± 0.05
DO Control Control Method · Robust PID algorithm  · Cascade control with different parameters (agitation, gas flow and pump)
Sensor Hamilton Sterilizable polarographic DO electrode
Measurement Range 0.0~150.0%
Measurement Accuracy 0.1%
Control Accuracy ± 3%
Foam Control Control Method   · Cascade control with peristaltic pump by adding antifoam (defoamer)      · Mechanical defoaming blade

High-precision Control Bioreactor Specification (Glass Vessel): 

Model BIOR-M1P BIOR-M2P BIOR-M3P BIOR-M5P BIOR-M7P BIOR-M10P BIOR-M15P
Glass Vessel Type Single-wall round-bottom cylindrical vessel, available for electric blanket
Total Volume 1 L 2 L 3 L 5 L 7 L 10 L 15 L
Max. Working Volume 0.75 L 1.5 L 2.25 L 3.75 L 5.25 L 7.5 L 11.25 L
Min. Working Volume 0.25 L 0.5 L 0.75 L 1.25 L 1.75 L 2.5 L 3.75 L
Material (Wetted Part) · Glass vessel material: Boro 3.3 high borosilicate glass
· Vessel cover and inner parts: SUS 316 L
· Seal: EPDM and Silicon
Surface Treatment · Inner surface: electrolytic polishing, Ra <0.4 μm
· Outer surface: Ra <0.6 μm
Pressure Design Working pressure: 0~1 bar @ 150°C Autoclavable
Height to Diameter Ratio [H: D] Approx. 2:1
Vessel  Dimensions Refer to “Table A”
Vessel Weight (Excluding Motor) 8 kg 9 kg 10 kg 12 kg 13.5 kg 15 kg 18 kg
Vessel Lid Interface 1 × Agitator flange for top mechanical stirring; 1 × Flame inoculation port;
2 × Baffle port, including cooling coil; 1 × Gas inlet port for ring sparger;
1 × Exhaust port, including water-cooled exhaust condenser; 1 × PH sensor port;
1 × DO sensor port; 1 × PT100 temperature sensor port; 1 × Foam sensor port;
1 × Sampling port N × Feeding port;
Impellers · < 5 L: 2 layers, top: foam breaker, bottom: 6-blade Rushton impeller
· ≥ 5 L: 3 layers, top: foam breaker; middle: 4-blade pitched impeller; bottom: 6-blade Rushton impeller
· Detachable, height adjustable
Baffles · <3 L: 2 removable baffles · ≥ 3 L: 4 removable baffles

 

Table A: 

Dimension
Vessel Volume 1 L 2 L 3 L 5 L 7 L 10 L 15 L
a (mm) 450 471 567 622 712 753 851
b (mm) 430 450 492 546 636 641 738
c (mm) 227 214 292 347 437 442 484
d (mm) 170 190 230 280 370 360 450
e (mm) Ø90 Ø110 Ø130 Ø150 Ø160 Ø185 Ø203
f (mm) 180 190 190 212 212 248 270
Sterilization Requirement
Minimum Size (mm) Ø220×450 Ø230×470 Ø230×500 Ø265×550 Ø265×640 Ø300×645 Ø335×740
Recommended Size (mm) Ø280×500 Ø280×500 Ø280×555 Ø300×600 Ø300×700 Ø350×700 Ø380×800

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CONTACT INFO

No. 7000 Jingshi Road, Jinan City, Shandong Province, China

Phone: +86-531-82893797

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