
IKA Bioreactors HABITAT cell dw 5
Rp123
The IKA HABITAT Cell DW 5 bioreactor vessel package provides a robust, scalable, and highly controllable solution for advanced cell culture applications. Its double-wall design and comprehensive set of integrated components make it particularly suitable for precise temperature-sensitive processes. Paired with IKA’s HABITAT control tower and recommended circulators, it delivers professional-grade performance for research, development, and small-scale production in the biotech and pharmaceutical sectors.
IKA Bioreactors HABITAT Cell DW 5
The IKA Bioreactors HABITAT Cell DW 5 is a 5-liter double-wall glass vessel system designed for advanced cell culture applications. This vessel is tailored for use with the HABITAT bioreactor platform and includes a complete set of components needed for successful bioprocessing. Its double-wall design enables precise temperature control through external circulators, such as the recommended IKA HRC series, making it ideal for sensitive and temperature-dependent cell culture processes.
This comprehensive package comes with a high-performance motor, precision-engineered impellers, and integrated sensors for real-time monitoring of critical bioprocess parameters, ensuring consistent results in both research and scale-up scenarios.
Features
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5-liter double-wall glass vessel for efficient heat transfer and precise temperature control
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High-torque motor and two 3-pitched blade impellers for effective mixing of culture media
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Comprehensive sensor package including pH, DO, foam, temperature, and level monitoring
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Micro sparger (5 µm) ensures fine gas distribution and optimal oxygen transfer
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External circulator compatibility (e.g., IKA HRC) for advanced thermal regulation
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Modular design compatible with the IKA HABITAT control tower for seamless integration and automation
Applications
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Cultivation of mammalian, insect, and hybridoma cells for biopharmaceutical development
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Recombinant protein and antibody production in pilot-scale research
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Cell line optimization and media testing for research institutions and biotech companies
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Vaccine and biologics production in preclinical and academic research settings
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Teaching and demonstration of scalable bioprocessing in educational labs
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Advanced metabolic engineering and synthetic biology experiments requiring controlled environments
Specifications
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Vessel type: 5-liter double-wall glass vessel for jacketed thermal control
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Stirring system:
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Motor: High-power large motor
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Impellers: Two 3-pitched blade impellers for optimal fluid dynamics
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Gas supply:
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Micro sparger with 5 µm pore size
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Condenser for condensation and vapor control
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Temperature control:
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External via double-wall jacket using recommended IKA HRC circulators
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Temperature sensor included for real-time monitoring
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Sensors included:
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pH sensor
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DO (Dissolved Oxygen) sensor
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Foam sensor
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Level sensor
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Included components:
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Stand 5
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Glass vessel (HA.gv.dw.5)
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Large motor (HA.mt.s.10)
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Straight harvest pipe (HA.hp.s.5)
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Inoculation port
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Micro sparger
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Condenser
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Two impellers
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Temperature, pH, DO, foam, and level sensors
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Cable and tube set
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Four sample flasks (HA.sf.250)
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Included Components
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Stand 5
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Glass vessel, double-wall (HA.gv.dw.5)
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Motor, big (HA.mt.s.10)
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Harvest pipe, straight (HA.hp.s.5)
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Port for inoculation (HA.ino)
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Micro sparger, 5 µm (HA.sp.m.5)
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Condenser (HA.cn)
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3-pitched blade impeller, 2 pcs (HA.ip.pi.5)
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Temperature sensor (HA.s.tm.5)
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pH sensor (HA.s.ph.5)
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DO sensor (HA.s.do.5)
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Foam sensor (HA.s.fo)
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Level sensor (HA.s.lv.5)
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Cable and tube set (HA.cab.dw)
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Sample flasks, 4 pcs (HA.sf.250)
Conclusion
The IKA HABITAT Cell DW 5 bioreactor vessel package provides a robust, scalable, and highly controllable solution for advanced cell culture applications. Its double-wall design and comprehensive set of integrated components make it particularly suitable for precise temperature-sensitive processes. Paired with IKA’s HABITAT control tower and recommended circulators, it delivers professional-grade performance for research, development, and small-scale production in the biotech and pharmaceutical sectors.
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