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Introduction of the lab glass reactor
Our Fermentation Systems can be used for growing a wide variety of cell types: microbes, yeast and fungi, as well as mammalian, insect and plant cell lines.
Double jacket vessels are available for mammalian cell culture.
Total Volume: 5 Liter, 7 Liter,10L ,20L ,30L ,50L 100L
Load Proportion: 65-80% of total volume, 70% optimum
Material: Vessel body is made of borosilicate glass to guarantee of resistance to high temp ,excellent corrosion resistance,top lid and thermostatic control . It meets fermentation technical requirement and mechanical sealed . And it equipped with air intake sterilization filter and exhaust condenser
Driver mechanical stirred directly from top with detachable DC motor
Sterilization sterilized in autoclave (Off-situ Sterilizable Mode)
Optional function:dosing material weighing ,tank weighing ,air flow automatic control,tank pressure detection,pure oxygen feeding bypass ,the REDOX potential on-line detection ,alcohol/methanol content online detection and control ,exhaust gas ,O2,CO2 on line detection,automatic sterilization function,automatic cleaning function tank cap automatically rising -lowering .
The integrated control board measures the whole sensor values and control the fermentor system based on the measured values. The whole procedures and monitored data are graphically displayed in the 8.5" color LCD screen and all the control parameters can be modified in the graphic mode.
This system can be designed for the individual process requirements to apply the system from lab scale for the basic research, up to pilot scale for test production in the mass production company.
1· Head-lifting system
2· Fed-batch culture support pH Stat, DO Stat
3· Color LCD Integrated Microprocessor Controller system
4· Validation support documentation available(IQ,OQ)
5· Data Saving
6· Fermentor system represents the ideal intermediate step for scaling up.
7· Automatic control of DO, pH, temperature, agitation, and nutrient feed for fermentation process.
8· All processing parameter are controlled by integrated microprocessor controller.
9· Automate or Manual sterilization in place by external steam supply or optional steam generator.
10· The modular design consists of the supply unit the culture vessel and the control cabinet.
11· The open frame design of the supply unit provides ready access and ease of maintenance and operation.
12· The sterilization procedures are programmable and can be modified by users
13· Accessories for cell culture applications are available upon request.
14· The stainless steel control cabinet of the fermentor system includes all electrical components, pilot valves and the powerful digital measurement and control system.
specifications:
Type | Usable shelf area | Condenser final temperature | Ice capacity | Final vacuum | Power |
SDL-PFD-50 | 5m2 | ≤-60°C (idling condition) | 50kg/24H | ≤10Pa | 33kW including heating 4kW |
SDL-PFD-50(with capping type) | 5m2 | ≤-60°C (idling condition) | 50kg/24H | ≤10Pa | 33kW including heating 4kW |
SDL-PFD-75 | 7.5m2 | ≤-60°C (idling condition) | 75kg/24H | ≤10Pa | 42kW including heating 6kW |
SDL-PFD-100 | 10m2 | ≤-60°C (idling condition) | 100kg/24H | ≤10Pa | 55kW including heating 7kW |
SDL-PFD-100(with capping type) | 10m2 | ≤-60°C (idling condition) | 100kg/24H | ≤10Pa | 55kW including heating 7kW |
SDL-PFD-150 | 15m2 | ≤-60°C (idling condition) | 150kg/24H | ≤10Pa | 70kW including heating 8kW |
SDL-PFD-200 | 20m2 | ≤-60°C (idling condition) | 200kg/24H | ≤10Pa | 106kW including heating 10kW |
SDL-PFD-300 | 30m2 | ≤-60°C (idling condition) | 300kg/24H | ≤10Pa | 127kW including heating 15kW |
SDL-PFD-500 | 50m2 | ≤-60°C (idling condition) | 500kg/24H | ≤10Pa | 90kW |
SDL-PFD-1000 | 100m2 | ≤-60°C (idling condition) | 1000kg/24H | ≤10Pa | 205kW |
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