Baker Ruskinn’s Hypoxia Incubated Workstations Chambers (workstation and incubator combined), were designed to mimic the physiology of your subject matter, giving you precise results under controlled conditions. They allow you to study the most complex cell interactions while regulating oxygen, carbon dioxide, temperature and humidity.
Compact Hypoxia Incubated Workstation
- Mimic Physiology: O2 control – from 0.1% to 23.0%
- Small Platform, Compact and Economical
- Control CO2, Temperature and Humidity
- Internal HEPA Filtration
- Intelligent Interlock – 7.6L capacity
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Baker Ruskinn’s InvivO2 workstation is packed with new, innovative features that allow you to study even the most complex cell interactions under perfect physiological oxygen conditions. Whether you’re hoping to replicate the environment of blood vessels or lung tissue, the InvivO2 is the best tool for the job.
Easy to use and adaptable to meet your needs, especially for cell culture applications that require carefully controlled oxygen regulation, InvivO2 offers accurate and stable user-defined environmental controls, direct access to the inner chamber.
The i300 has the smallest lab bench area of any hypoxia chamber with an interlock, but offers a host of features that allow you to study even the most complex cell interactions under physiologically relevant conditions.
Standard Features include: Pop-off Front Panel, Ezee Sleeve Ports, Touch Screen Control, Interanl HEPA Filtration, Intelligent Interlock, Direct O2/CO2 Control, Temperature Control, Internal Power Sockets, Narrow and Wide Culture Rack.
Physiological | Hypoxia Incubated Workstation
- Mimic Physiology: O2 control – from 0.1% to 23.0%
- Pop offTM front
- Control CO2, Temperature and Humidity
- Internal HEPA Filtration
- Intelligent Interlock – 26L capacity
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Baker Ruskinn’s InvivO2 400 hypoxia workstation / chamber has a 210.3L working volume, 400 x 96 well capacity and a 26L interlock capacity, allowing you to study even the most complex cell interactions under perfect physiological oxygen conditions. Whether you’re hoping to replicate the low oxygen environment of blood vessels or lung tissue, the InvivO2 is the best tool for the job.
Easy to use and adaptable to meet your needs, especially for cell culture applications that require carefully controlled oxygen regulation, InvivO2 offers accurate and stable user-defined environmental controls, Ezee Sleeve™ port systems for direct access to the inner chamber without compromising the integrity of the internal environment, a Removable Pop-Off™ front cover for easy set-up and cleaning, and Internal HEPA filtration delivers unrivaled air cleanliness ratings within the chamber for optimal growth conditions.
Standard Features include: Pop-off Front Panel, Ezee Sleeve Ports, Touch Screen Control, Interanl HEPA Filtration, Intelligent Interlock, Direct O2/CO2 Control, Temperature Control, Internal Power Sockets, Narrow and Wide Culture Rack.
Physiological | Hypoxia Incubated Workstation
Large Interlock
- Mimic Physiology: O2 control – from 0.1% to 23.0%
- Pop offTM front
- Control CO2, Temperature and Humidity
- Internal HEPA Filtration
- Intelligent Interlock – 41L capacity
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Baker Ruskinn’s InvivO2 500 hypoxia chamber has a 210.3L working volume, 400 x 96 well capacity and a 41L interlock capacity, allowing you to study even the most complex cell interactions under perfect physiological oxygen conditions. Whether you’re hoping to replicate the low oxygen environment of blood vessels or lung tissue, the InvivO2 is the best tool for the job.
Easy to use and adaptable to meet your needs, especially for cell culture applications that require carefully controlled oxygen regulation, InvivO2 offers accurate and stable user-defined environmental controls, Ezee Sleeve™ port systems for direct access to the inner chamber without compromising the integrity of the internal environment, a Removable Pop-Off™ front cover for easy set-up and cleaning, and Internal HEPA filtration delivers unrivaled air cleanliness ratings within the chamber for optimal growth conditions.
Standard Features include: Pop-off Front Panel, Ezee Sleeve Ports, Touch Screen Control, Interanl HEPA Filtration, Intelligent Interlock, Direct O2/CO2 Control, Temperature Control, Internal Power Sockets, Narrow and Wide Culture Rack.
Physiological | Hypoxia Incubated Workstation
Dual Chamber
- Two independently controllable chambers
- Mimic Physiology: O2 control – from 0.1% to 23.0%
- Control CO2, Temperature and Humidity
- Internal HEPA Filtration
- Intelligent Interlock – 49L capacity
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Baker Ruskinn’s InvivO2 1000 hypoxia chamber has two independently controlled chambers each with a 210.3L working volume, 800 x 96 well capacity and a 49L interlock capacity, allowing you to study even the most complex cell interactions under perfect physiological oxygen conditions. Whether you’re hoping to replicate the low oxygen environment of blood vessels or lung tissue, the InvivO2 is the best tool for the job.
Easy to use and adaptable to meet your needs, especially for cell culture applications that require carefully controlled oxygen regulation, InvivO2 offers accurate and stable user-defined environmental controls, Ezee Sleeve™ port systems for direct access to the inner chamber without compromising the integrity of the internal environment, a Removable Pop-Off™ front cover for easy set-up and cleaning, and Internal HEPA filtration delivers unrivaled air cleanliness ratings within the chamber for optimal growth conditions.
Standard Features include: Pop-off Front Panel, Ezee Sleeve Ports, Touch Screen Control, Interanl HEPA Filtration, Intelligent Interlock, Direct O2/CO2 Control, Temperature Control, Internal Power Sockets, Narrow and Wide Culture Rack.<
Physiological “Lab in a Box” Workstation
- Mimic “in-vivo” conditions
- Optimized for improved stem cell results
- Direct access with minimal interruption
- Complete “Lab in a Box”
- Designed to accommodate a variety of instruments
- 65″ x 32.5″ x 42″ (w x d x h)
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Baker Ruskinn’s SCI-tive Single hypoxia incubator is perfectly suited for cell culture under physiological oxygen, helping to yield better stem cell lines by eliminating cellular stress linked to variations in temperature, pH and oxidation. SCI-tive’s closed cell culture environment mimics in vivo conditions with precise, user-defined controls, allowing you study even the most complex cell interactions.
Its spacious interior provides a continuous, controlled-oxygen environment, from seeding through expansion, assay and harvest, and easily accommodates a variety of analytical equipment – no more working on an open bench. SCI-tive’s optional HEPA filtration system provides clean air within the work area to protect cultures from contaminants, and an upgraded enhanced containment package provides user protection.
Physiological “Lab in a Box” Workstation
Symmetrical/Asymmetrical
- Mimic “in-vivo” conditions
- Optimized for improved stem cell results
- Direct access with minimal interruption
- Complete “Lab in a Box”
- Designed to accommodate a variety of instruments
- 111″ x 33″ x 42″ / 118″ x 38″ x 42″/47″(w x d x h)
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Baker Ruskinn’s SCI-tive Dual hypoxia workstation allows you to work with two independently controlled atmospheres for cell culture under physiological oxygen. As with the single SCI-tive hypoxia workstation, SCI-tive Dual’s closed cell culture environment mimics in vivo conditions with precise, user-defined controls, allowing you study even the most complex cell interactions.
The spacious interior provides a continuous, controlled-oxygen environment, from seeding through expansion, assay and harvest. The large pass-through interlock has its own temperature and oxygen control, and it holds a variety of flasks, dishes and tubes for easy transfer to the left and right chambers.
Both the Symmetrical and Asymmetrical models easily accommodate a variety of analytical equipment – no more working on an open bench. The Asymmetrical model’s right-hand chamber is built to house even larger equipment, such as inverted and atomic force microscopes. SCI-tive Dual’s optional HEPA filtration system provides clean air within the work area to protect cultures from contaminants, and an upgraded enhanced containment package provides user protection.
Build your Own Physiological Workstation
- Mimic “in-vivo” conditions
- Optimized for improved stem cell results
- Direct access with minimal interruption
- Complete “Lab in a Box”
- Designed to accommodate a variety of instruments
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Baker Ruskinn’s SCI-tive Quad hypoxia workstation allows you to work with four independently controlled atmospheres for cell culture under physiological oxygen. As with the dual SCI-tive hypoxia workstation, SCI-tive Quad’s closed cell culture environment mimics in vivo conditions with precise, user-defined controls, allowing you study even the most complex cell interactions.
The spacious interior provides a continuous, controlled-oxygen environment, from seeding through expansion, assay and harvest. The three large pass-through interlocks have their own temperature and oxygen control, and hold a variety of flasks, dishes and tubes for easy transfer to the left and right chambers.
Each of the four chambers easily accommodate a variety of analytical equipment – no more working on an open bench. The two center chambers are built to house even larger equipment, such as inverted and atomic force microscopes. SCI-tive Quad’s optional HEPA filtration system provides clean air within the work area to protect cultures from contaminants, and an upgraded enhanced containment package provides user protection.
See Full Range of Physiological Workstations
Open Baker Range of Workstations Cut Sheet
Open Baker GROW Physoxia Solutions Brochure – See Whole Range of Products
Open Biodecontamination Guide for SCI-tive using Airborne Surface Disinfection
Open Biodecontamination Guide for InVivO2 using Airborne Surface Disinfection
Contact us for more information.