The 10 l vessel package for the HABITAT research bioreactor contains a 10 l double-walled glass vessel for cell culture applications, plus the matching stirring drive. With the separately available control tower package (e.g. HABITAT cell), you get all the components needed for successful cultivation. For temperature control via the double jacket, we recommend one of our circulators, such as the HRC 2 basic or control.
The 0.5 l vessel package for the HABITAT research bioreactor contains a 0.5 l double-walled glass vessel for fermentation applications, plus the matching stirring drive. With the separately available control tower package (e.g. HABITAT ferment), you get all the components needed for successful cultivation. For temperature control via the double jacket, we recommend one of our circulators, such as the HRC basic or control.
The 1 l vessel package for the HABITAT research bioreactor contains a 1 l double-walled glass vessel for fermentation applications, plus the matching stirring drive. With the separately available control tower package (e.g. HABITAT ferment), you get all the components needed for successful cultivation. For temperature control via the double jacket, we recommend one of our circulators, such as the HRC 2 basic or control.
The 2 l vessel package for the HABITAT research bioreactor contains a 2 l single-walled glass vessel for fermentation applications, plus the matching stirring drive. With the separately available control tower package (e.g. HABITAT ferment), you get all the components needed for successful cultivation. The 2 l and 5 l HABITAT ferment vessels include a cooling finger for temperature control and cooling in the medium. We recommend using it with one of our chillers, such as the RC 2 lite.
The 2 l vessel package for the HABITAT research bioreactor contains a 2 l double-walled glass vessel for fermentation applications, plus the matching stirring drive. With the separately available control tower package (e.g. HABITAT ferment), you get all the components needed for successful cultivation. For temperature control via the double jacket, we recommend one of our circulators, such as the HRC 2 basic or control.
The 5 l vessel package for the HABITAT research bioreactor contains a 5 l single-walled glass vessel for fermentation applications, plus the matching stirring drive. With the separately available control tower package (e.g. HABITAT ferment), you get all the components needed for successful cultivation. The 2 l and 5 l HABITAT ferment vessels include a cooling finger for temperature control and cooling in the medium. We recommend using it with one of our chillers, such as the RC 2 lite.
The 5 l vessel package for the HABITAT research bioreactor contains a 5 l double-walled glass vessel for fermentation applications, plus the matching stirring drive. With the separately available control tower package (e.g. HABITAT ferment), you get all the components needed for successful cultivation. For temperature control via the double jacket, we recommend one of our circulators, such as the HRC 2 basic or control.
The 10 l vessel package for the HABITAT research bioreactor contains a 10 l double-walled glass vessel for fermentation applications, plus the matching stirring drive. With the separately available control tower package (e.g. HABITAT ferment), you get all the components needed for successful cultivation. For temperature control via the double jacket, we recommend one of our circulators, such as the HRC 2 basic or control.
The MLA-55 fixed angle rotor, rated for 55 000 rpm, has a tube angle of 35 degrees from the axis of rotation. The rotor can centrifuge up to eight tubes and is used in Beckman Coulter Optima MAX, MAX-XP, and MAX-E tabletop ultracentrifuges.
The rotor, lid, and handle are made of aluminium and anodized to resist corrosion. A rotor retention mechanism on the ultracentrifuge drive hub secures the rotor during the run. Lubricated O-rings made of Buna-N rubber in the rotor lid and handle maintain atmospheric pressure inside the rotor during centrifugation. The tube cavities are numbered to aid in sample identification.
The ultracentrifuge identifies rotor speed during the run by means of a magnetic speed sensor in the instrument chamber and magnets on the bottom of the rotor. This overspeed protection system ensures that the rotor does not exceed its maximum permitted speed.
Major Applications: Subcellular isolations.
For use in the Optima MAX-XP Benchtop Ultracentrifuges and Optima MAX Micro Ultracentrifuges.
Adapter for 2 x 500/750 ml blood bag systems, two compartments with 1,100 ml nominal capacity each, incl. 2 balancing weights no. 17768, 1 set = 2 pcs.
Adapter for smaller blood bags or for reduced filling,
1 set = 2 pcs.
To transform your Cytonote into a real-time imaging device inside your incubator and allow connection of up to 6 Cytonote Reader on a single HORUS Software
Automated Liquid Handling
Capillary Electrophoresis
Cell culture and Fermentation
Cell health
Centrifugation
Chromatography (flash & prep)
Cleaning
Clinical Automation (TLA)
Clinical IT solutions
Clinical chemistry
Clinical quality controls
Color-Appearance and Physical tests
DNA / RNA (Nucleic acids)
Disinfection
Electrochemistry
Environmental monitoring
Flow cytometry
Flow cytometry Cell sorting
Freeze drying
Heating & cooling
Hematology
Imaging
Immuno-Hematology
Immunoassay
In Vitro Fertilization (IVF)
Lab furniture & design studies
Liquid Handling (Manual)
Mass spectrometers
Material testing & characterization
Metrology
Microbiology (Clinical)
Microscopy
Moisture analysis
Nephelometry
POCT
Particle characterization
Platelet aggregation
Protection cabinets
Pumping
Rheometers
Sample preparation
Shakers and stirrers
Sterilization
Storage
Synthesis
Tablet testing
Texture analyzers
Toxicology
Urine analysis
Viscometers
Water purification
Weighing