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CytoLinX GB Benchtop Glass Bioreactor, Single-Wall, 1 L (CAT#: STEM-CC-0001-ZJF)

Highlights

High Configurability: High flexibility, high compatibility, and more options for process development and characterization
Wide Application: Customizable upon special process requirements of customers, applicable in ADC and mRNA fields
High Ruggedness: High borosilicate glass vessel, high-temperature resistant, corrosion resistant, and easy to clean

Cat Number: STEM-CC-0001-ZJF

Application: For the culture of various cells

Model: Single-Wall, 1 L

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Description

The CytoLinX® GB benchtop glass bioreactors are available in 1 L, 3 L, 7 L, 15 L, and 20 L sizes. Featuring a new design and high flexibility, they are compatible with existing brands of electrodes, tubes, gas distributors, and stirring paddles. Each bioreactor consists of a glass vessel and a control cabinet, making it ideal for upstream process development of biologics. These bioreactors are suitable for exploring high-throughput parameter conditions, optimizing culture processes, and culturing various cells, including suspension cells, adherent cells, plant cells, and insect cells.

Specification

Vessel (single-wall):
Total volume: 1 L, Max. working volume: 0.8 L, Min. working volume: 0.2 L, Working diameter to height ratio (H/D): 1.5/1, Material: High silicon borate
Total volume: 3 L, Max. working volume: 2.4 L, Min. working volume: 0.6 L, Working diameter to height ratio (H/D): 1.5/1, Material: High silicon borate
Total volume: 7 L, Max. working volume: 5.6 L, Min. working volume: 1.4 L, Working diameter to height ratio (H/D): 1.8/1, Material: High silicon borate
Total volume: 15 L, Max. working volume: 12 L, Min. working volume: 3 L, Working diameter to height ratio (H/D): 1.45/1, Material: High silicon borate
Total volume: 20 L, Max. working volume: 16 L, Min. working volume: 8 L, Working diameter to height ratio (H/D): 1.5/1, Material: High silicon borate
Vessel (jacket):
Total volume: 3 L, Max. working volume: 2.4 L, Min. working volume: 0.6 L, Working diameter to height ratio (H/D): 1.5/1, Jacket volume: 1.2 L, Material: High silicon borate
Total volume: 7 L, Max. working volume: 5.6 L, Min. working volume: 1.4 L, Working diameter to height ratio (H/D): 1.8/1, Jacket volume: 2.4 L, Material: High silicon borate
Total volume: 15 L, Max. working volume: 12 L, Min. working volume: 3 L, Working diameter to height ratio (H/D): 1.4/1, Jacket volume: 7.4 L, Material: High silicon borate
Vessel cover:
Port (1 L): M30*1, M18*1.5*3, 10 mm*6, 6 mm*3
Port (3 L): M30*1, M18*1.5*6, 12 mm*2, 10 mm*9
Port (7 L): M30*1, M18*1.5*6, 12 mm*2, 10 mm*10
Port (15 L): 69 mm*1, 27 mm*6, 12 mm*2, 10 mm*10
Port (20 L): 69 mm*1, 27 mm*6, 12 mm*2, 10 mm*10
Material: SS316L
Stirring system:
Mode: Top servo brushless motor
Stirring speed: 0-1500 rpm
Sensor:
pH: Hamilton smart pH electrode, VP8 joint
DO: Hamilton smart optical dissolved oxygen electrode, VP8 joint
Temperature: Pt 100, Grade A, 0-150°C
Level/antifoam: Resistance type, automatic level control for adding antifoam (optional)
Others: pCO2 electrode (optional), cell density electrode (optional), conductance (optional), Raman electrode (optional), etc.
Gas control:
Ventilation mode: Surface ventilation/deep ventilation
Gas type: Air, O2, CO2, N2
Control method: 0-6 channel mass flow meter (MFC) /0-4 channel rotameter
Gas distributor: L-shaped bubble/annular bubble/microbubble (5-200 um)
Tail gas: Stainless steel condensing reflow (optional)
Peristaltic pump:
Peristaltic pump: 2-4 variable speed pumps
Speed: 0.1-300 rpm
Reserve external pump port: 0-2 variable speed pumps (optional)
Temperature:
Control method: Electric heating blanket (single-wall vessel)/TCU heating (jacketed vessel)
Weighing:
Reserve external weight port: 0-4 variable speed weights (optional)
Control system:
Controller: Industrial PLC
Interface: 23" PC
Compliance: Conforming to 21 CFR PART 11
Integrity test:
Integrity tester: Detection range: 0-350 mbar (optional)

Features

High Configurability: High flexibility, high compatibility, and more options for process development and characterization
Wide Application: Customizable upon special process requirements of customers, applicable in ADC and mRNA fields
High Ruggedness: High borosilicate glass vessel, high-temperature resistant, corrosion resistant, and easy to clean
High Stability: Excellent equipment control stability, temperature, pH, and DO linkage effect
High Selectivity: Large bubble and microbubble options available to meet various process requirements

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