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Jacketed Glass Reactor NJGR-400 Catalog

Overview

Jacketed Glass Reactor NJGR-400 is a compact and versatile bioreactor with a total volume of 5L. It offers speed range from 50-1000 rpm to enhance nutrient exchange during culture. This system includes a turbine agitator for efficient mixing and deep aeration without damaging microorganisms. It includes four peristaltic pumps and a servo motor for stable and flexible operation. Our model is built with an industrial touchscreen ensuring precise PID control and an intuitive user experience.  

Specifications:

Total Volume 5 L
Working Volume 3.5 L
Tank Material Borosilicate glass
Top Cover Equipped with various process ports
Stirring Method Top mixing, servo motor, PID control
Speed Range 50 to 1000 rpm
Impeller Type Plow type impeller
pH Measurement Mettler or Hamilton, 0 to 14PH, PID control, accuracy: ±0.02
DO Measurement Mettler or Hamilton, 0 to 200%, PID control, accuracy: ±2%
Liquid Level Sensor Stainless steel probe, PID control, 1 to 2 probes
Temperature Sensor Compact transmitter, accuracy: ±0.1°C
Gas Flow Control Thermal mass flow controller (0.1 to 5 SLPM)
Inlet Filter 37 mm, 0.2 µm, PTFE
Outlet Filter 50 mm, 0.2 µm, PTFE
Exhaust Condenser 316 L stainless steel
Liquid Feeding 4 peristaltic pumps, 30 rpm, 0 to 100% adjustable time
Temperature Control Method PID regulation, via cooling water or electric heating blanket
Temperature Control Accuracy Display: ±0.1°C, Control: ±0.2°C
Control System 5°C to 65°C above cooling water temperature
Power consumption 2 Kw, 10 A
Power supply 210 to 230V, 50 to 60 Hz
Sterilization size (Ø × H) 220 × 570 mm
Product Dimension (Ø × H) 240 × 758 mm
Features:
  • > Thermal mass flow
  • > Real-time data logging
  • > Automatic sterilization support
  • > Easy sensor calibration
  • > USB data export
Applications:

Jacketed Glass Reactor NJGR-400 is designed for efficient cultivation and fermentation of microorganisms under controlled conditions. It is commonly used in research laboratories, biotechnology institutes, pharmaceutical development, and industrial fermentation processes.

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