Baker Ruskinn
InvivO2® 1000 Dual Physoxia Workstation
Physoxic and Hypoxic Atmosphere Workchamber and Hood
The InvivO₂ 1000 Dual workbench has a precise control over O₂, CO₂, temperature and humidity. It provides physiological culture conditions for cells of all types in the low oxygen range in a predefined atmosphere. It is both: an incubator and a sterile workbench of the latest design with new oxygen measurement technology.
- O₂ from 0.1% to 23% in 0.1% increments
- CO₂ from 0.1% to 30% in 0.1% increments
- Temperature up to 45°C in 0.1°C increments; optional cooling system
- Humidity control via Aquasorb packs or ultrasonic nebulizer
- Quick direct hands-in access through Ezee Sleeve™ system
- Fastest interlock cycle (to 0% oxygen in 60 sec)
- Hypoxic Oxygen Conditions
- Incubation
- Tissue Engineering
- Cell Culture
- Cell Biology
- Biotechnology
- Germany
InvivO₂® 1000 Dual Physoxia Workstation
The InvivO2® 1000 is a compact, sterile workbench for cell cultivation under low O2 conditions, which also serves as an incubator. With a working volume of two times 236 L, it is suitable for cell culture laboratories that want to work with up to 800 well plates. Furthermore, the InvivO2® 1000 can be extended with numerous options, e.g. the water humidifier for high humidityor the use of no devices with cable/tube penetration through the side wall.
The internal HEPA filter and the joint-free interior chamber ensure hygienic conditions even at high humidity. The two front panel can be quickly removed (in <10 s) and the workbench can be efficiently disinfected and cleaned.
The durable optical O2 sensor can be calibrated in a user-friendly with one-button touch. The programming of up to 4 different O2/CO2 cycles allows a modular setup even for complex experiments. The arm ports are used to attach cuffs for comfortable working in the bench with disposable gloves. The InvivO2® 1000 has a big interlock and can have different conditions in the partial banks.
BakerRuskinn | InvivO₂ | Direct Hand Access with Ezee Cuffs
Technical data
| Workstation external dimensions [mm] | Width 1392 |
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| Workstation external dimensions on stand [mm] | Width 1402 |
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| Workstation internal dimensions [mm] | Width 761 |
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| Workstation capacity 96 well plates | 399 plates (128 x 86 x 17 mm) | |
| Workstation capacity T 75 flask | 155 flasks (150 x 80 x 36 mm) | |
| workstation weight | 120 kg / 264 lbs | |
| Interlock dimensions [mm] | Width 316 |
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| Interlock capacity volume | Accessible litres 41 | |
| Interlock capacity 96 well plates | 70 plates (128 x 86 x 17 mm) | |
| Interlock capacity T 75 flask | 28 flasks (150 x 80 x 36 mm) | |
| Interlock purge times. User can choose O2% value between 0% and 10% | to 5% O2: 19 seconds |
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Technical Service
During our business hours, our free telephone support will be glad to assist you in case of any questions. Our Technicians take care of the delivery and installation of original spare parts of the highest quality as well as certified testing, measuring, and control equipment. Our maintenance according to manufacturer specifications includes functional tests, cleaning, accuracy testing with calibration as well as a detailed report. In addition, our maintenance contracts protect your investments and reduce the total cost of ownership.
Detailed information about our support options can be found here.
Baker and Baker Ruskinn supply solutions for an ever-changing global cell culture market, and for more than 60 years, they have helped advance science, discovery, and clinical care by pioneering innovative solutions for air containment, contamination control and controlled environments. Their products have earned a reputation for maximum return on investment through lower life cycle costs and more years of trouble-free operation than those of any other manufacturer. Baker Ruskinn's solutions for cell science and oxygen regulation, including the Baker Ruskinn line of hypoxia workstations and anaerobic chambers help improve research results by providing a more precise, controlled environment for low-oxygen and anoxic studies.
More about Baker Ruskinn: https://bakerco.com
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