Baker SCI-tive Hypoxia Workstation
Shipping
All products ship from our 30,000 sq. ft. Haverhill, MA warehouse
Shipping
All products ship from our 30,000 sq. ft. Haverhill, MA warehouse
The refurbished Baker SCI-tive Hypoxia Workstation is a fully integrated “lab-in-a-box” system designed to deliver precise, stable, and physiologically relevant oxygen conditions for advanced cell culture and translational research. Manufactured by The Baker Company, the SCI-tive series is widely trusted for hypoxia and physoxia studies, enabling researchers to replicate in vivo environments with unmatched control over oxygen, carbon dioxide, temperature, and humidity.
Accurately replicate physiological oxygen conditions (0.1%–23% O₂) with fine control, supporting hypoxia, normoxia, and physoxia workflows.
Simultaneous regulation of O₂, CO₂ (0.1%–30%), temperature, and humidity ensures optimal conditions for sensitive cell cultures.
Maintain uninterrupted hypoxic conditions from seeding through analysis, reducing cellular stress caused by environmental fluctuations.
Large internal chamber (~420L capacity) accommodates microscopes, analyzers, and other instruments—eliminating the need to move samples between environments.
Internal HEPA filtration and optional UV sterilization help maintain clean, controlled conditions for sensitive applications
Applications for the Baker SCI-tive Hypoxia Workstation include cancer and tumor hypoxia research, stem cell and regenerative medicine, cell and gene therapy development, microbiology and microbiome studies, and drug discovery and translational research. The SCI-tive workstation is particularly valuable for experiments where oxygen sensitivity directly impacts cell behavior and experimental outcomes.
Specifications may vary depending on configuration (single, dual, or custom systems).
This Baker SCI-tive workstation is used and reconditioned. Our technicians test all gloveboxes to confirm that they operate properly and to the manufacturer’s specifications. They visually inspect for damage such as cracks, leaks, or worn-out seals. Afterward, conduct a pressure decay test by inflating the glovebox and monitoring if the pressure holds steady.
Additionally, if you have specific testing requirements or requests, please inform us. We will gladly work with you to ensure these requirements are addressed during testing.
The photos above represent our equipment, which is currently stored in our warehouse. Since we often stock multiple units of each model, we may not feature photos of every unit. We can provide photos of your specific equipment after we test and clean it.
Professionally refurbished and tested by American Instrument Exchange, this system provides the performance of a new workstation at a significantly reduced cost—making it an ideal solution for laboratories seeking high-end capability without the premium price tag.
Purchasing a refurbished SCI-tive workstation from American Instrument Exchange offers significant advantages:
Each unit is carefully inspected, serviced, and reconditioned to ensure reliable, long-term performance.
A hypoxia workstation like the Baker SCI-tive is a sealed system that allows researchers to culture and manipulate cells under controlled low-oxygen conditions. Unlike standard incubators, the SCI-tive maintains a continuous hypoxic environment, preventing oxygen exposure that can alter cell behavior and experimental results.
Standard incubators cannot maintain low oxygen levels during handling. The SCI-tive provides a fully enclosed workspace, allowing all processes—from culture to analysis—to occur under precisely controlled atmospheric conditions.
Yes. Depending on the configuration (single or dual chamber), SCI-tive systems can support multiple simultaneous workflows or independent atmospheric conditions within separate chambers.
The SCI-tive workstation requires:
American Instrument Exchange and AIE Laboratory Services can often assist with setup guidance for customers in Greater Boston or throughout New England.
Yes, all equipment from American Instrument Exchange comes with a warranty.
Used/reconditioned/refurbished equipment is tested to make sure it operates to the manufacturer's specifications and comes with a 90-day warranty (unless otherwise noted). New equipment comes with a warranty from the manufacturer.
Testing requirements vary across all the equipment categories we sell. Temperature controlled units are tested with NIST traceable probes and data loggers. Gaskets, external housing, glass, handles, controls and control screens are all thoroughly inspected for integrity and functionality.
We test all equipment using the manufacturer's parameters and specifications to confirm that the unit operates properly.
We can ship products both nationally and internationally using a well-established network of transporters. Smaller items will ship via UPS. Larger equipment will be palletized and shipped either LTL or air-ride, depending on the specific equipment and/or delivery requirements.
American Instrument Exchange will accept the return of any product that is not working as represented and could not be replaced or repaired to the customer's satisfaction during the warranty period. Customers who cancel orders after refurbishing has begun will be subject to a cancellation and restocking fee of between 20% and 40%.
Yes – call or email us today with a list of equipment you're looking for and we can potentially put together a quote that includes a discount.
We strive to keep our pricing competitive and reasonable. If you find comparable items for sale at a lower price from other vendors please send us a link and or quote for the item and we'll do our best to match or beat the price.
Customers are welcome to make an appointment to view equipment in our warehouse. Given our workload we may not be able to test or clean the equipment prior to your arrival if you have not committed to an order.
1023 Western Avenue is a working warehouse, not a showroom, and customers should dress appropriately and wear closed toe shoes.
Yes – please see our repair services page for more information.