Laboao Stainless Steel Jacketed Temperature Control off-Site Sterilization Glass Fermenter

• Customization: Available
• After-sales Service: Remote Online Guidance
• Warranty: 12month Afeter
• Model NO.: LBR -XGC/XGJ
• Type: Electrolyzer
• Material: Stainless Steel
• Capacity: 0.3-15L
• Structure: Bioreactor Fermenter
• Pressure: Atmospheric
• Agitator Model: Paddle Agitator
• Tower Reactor Type: Bioreactor Fermenter
• Heating: Electric Heating
• Heat Transfer Structure: Jacketed
• Automatic Grade: Automatic
• Condition: New
• Application: Cell and Bacteria
• Control System: PLC Control
• Frame Material: Stainless Steel 316L
• Cylinder Material: Borocilicate Glass
• Feeding Volume: 70%
• Diameter to Height Ratio: 1:2~3
• Function: pH/Do/Foam/Temp Control
• Sterilization Method: off-Site Sterilization
• Mixing Method: Mechanical Stirring
• Volume: 1L/2L/3L/5L/7L/10L/15L
• Power: 220V
• Control Brand: German Siemens
• Transport Package: Standard Export Case
• Specification: 0.3-15L
• Trademark: Laboao
• Origin: China
• HS Code: 8438900000
• Production Capacity: 1000sets/Month

Product Description

Laboao Stainless Steel Jacketed Temperature Control Off-site Sterilization Glass Fermenter

Product Description

The LBR -XGC/XGJ multifunctional glass biological fermentation system uses a color touch screen to display all measured values and control parameters, which greatly facilitates the user's operation. Four peristaltic pumps are installed on the front of the control box to add acid, alkali, defoamer and culture medium to the fermenter. Various parameters in fermentation such as pH, DO, temperature and speed can be monitored by the controller, and all data and control parameters can be transmitted to the controller or computer. The structure is compact, and various components can be integrated into the fermentation system.

Features

1. The tank is a combination of high temperature, acid and alkali resistant, corrosion resistant silicon borosilicate glass cylinder and 316L stainless steel
2. Rotameter display, adjust the flow of gas according to process requirements
3. The large-area stainless steel jacket ensures sufficient heat exchange and sterilization, and the cooling water temperature is +5~55ºC; accuracy: ±0.1ºC; resolution: 0.1ºC;
4. Electrode detection, peristaltic pump replenishing defoamer, automatic foam control
5. Perfect feeding system (acid, alkali, foaming enemy, culture agent), can feed regularly and quantitatively

Product Parameters

 

Name	Off-site sterilization magnetic drive glass fermenter(magnetic stirring)			Off-site sterilization shaft drive glass fermenter(mechanical agitated)
Model	LBR-XGC			LBR-XGJ
Volume	0.3L/0.5L/1L/2L/3L/5L/7L/10L/15L
Material	316 stainless steel bottom jacketed WS+ high boron glass
Stirring method	Magnetic coupling at the bottom drive mechanical stirring at the top			Shaft coupling drive top mechanical agitation
Sterilization method	Off-position autoclave sterilization (sterilization pot size: 1l/2L/3L/5L/7L/φ350*520, 10L, 15L φ388*650)
Tank volume	1L	2L	3L	4L		5L	7L	10L
Tank size	φ90*155	φ100*260	φ150*210	φ150*260		φ150*310	φ150*710	φ174*458
Maximum sterilization size	φ150*300	φ160*380	φ180*420	φ180*470		φ180*521	φ180*620	φ260*630
Tank weight with culture medium (kg)	5kg	6.5kg	9.5kg	13.5kg		15.5kg	18.5kg	21.5kg
Basic configuration	Temperature, speed, PH, dissolved oxygen, replenishment, defoaming, air flow (manual), tank pressure (manual)
Power	220V/0.8KW
Shape space	800*500*600mm
Net weight	40kg
Application	Magnetic drive is suitable for products with low medium viscosity, long fermentation period and high requirements for biological safety				Shaft drive is suitable for high-density, high-viscosity, high-oxygen-consumption microbial cultivation, and has strong versatility

Application cases

• Discover secondary metabolites or new enzyme activities in heterogeneous mixed culture products;
• High-throughput screening research, mutant strain distribution research and construction of E. coli library or yeast library;
• Metabolic flux research and high-throughput screening of highly active mutant strains;
• Comparative studies, such as: isolation and screening of clinical strains;
• Optimization of growth medium for cell lines or high-yield strains;