Videos
Featured Videos
OxyGenie Product Overview
Learn more about the features of Baker''s new EdgeGARD e3 HF Laminar Flow Clean Bench
The Baker ReCO2ver Incubator shows how effective the HEPA filter is at clearing smoke, partly due to our unique unidirectional airflow causing a "piston effect" pushing the smoke down and through the filter
The Next Generation Bugbox Ax
The Concept range has been rigorously tested to maximize productivity of systemized anaerobic or microaerophilic incubation; bringing together a host of features that you can trust, bringing immediate benefits to your busy laboratory. The removable pop-off front cover (Pop-Off™) makes set-up and cleaning so easy; the modular-design provides users with true flexibility to expand and upgrade work spaces. It is by getting the small things right that sets this range apart. We know just how crucial it is for your equipment to support your teams to deliver effectively and efficiently every day.
Next Generation Anaerobic & Microaerophilic Workstation in a Compact Footprint
Bugbox Mx | Baker Co. Experience the next level of efficiency, versatility, and power with the compact Bugbox Mx. Able to provide both anaerobic and microaerophilic conditions, the Mx is designed specifically to help microbiologists cope with rising workloads and provide the best primary isolation rates. Even with the smallest lab bench top area of any workstation with an interlock, the chamber holds 270 90mm plates and still has room to allow you to read plates without exposing them oxygen. With quick and easy access via the Ezee Sleeve™ gloveless port system, rigid construction for precise, stable, anoxic or low oxygen conditions, and a full incubated chamber, the Bugbox Mx is ideal for microbiome research and studying the complex interaction of mammalian cells and bacteria.
Our 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.
Hear from field experts on why and how to perform cell culture work in true in vivo conditions.
CondoCell™ captures the environment of any incubator or workstation making continuous, uninterrupted culture accessible to all. When coupled with a workstation, CondoCell™ helps avoid any disruption in the delivery of temperature, humidity, and gas (oxygen) to the culture environment. CondoCell™ may also be paired with any incubator (Standard CO2 or Tri-Gas) to deliver stable, uninterrupted control of the intended growth environment AND reduces the likelihood for cross contamination within the incubator, from shelf to shelf and cell line to cell line. With CondoCell™ you can be confident that your work will never be compromised by the limitation of your existing equipment, resulting in more, better and happier cells.
As the medical research and drug development fields continue to evolve rapidly, the boundaries of biocontainment engineering controls continue to be stretched to support research and cGMP-compliant facilities. The proliferation of cell and gene therapies and personalized medicines, combined with recent advancements in robotics and automation, have expanded the need to contain hazardous bioaerosols while still providing controls for cGMP-quality product sterility. While biosafety cabinets, including features and materials of construction supportive of quality validation and compliance, continue to play a critical role in facility engineering controls, modular and adaptable large-scale enclosures are needed to integrate lab automation workflows and equipment into these spaces. The Baker Company remains the pioneers of our industry and offers the highest standard of air containment while accommodating the needs of these specialized facilities.
The BioVanguard series consists of high-quality Class II biological safety cabinets, designed for microbiological research with, for example, bacteria, viruses and allergens.
The safety cabinets offer optimum protection for product, user and environment in places where substances with biosafety levels 1, 2 and 3 are used. This series meets the highest requirements in terms of quality, biological safety, reliability, ergonomics and user-friendliness. In addition, both energy consumption and noise levels are low.
Printable instructions can be downloaded here:
https://bakerco.com/
Watch this video to get a guided step-by-step tutorial on how to change out the replaceable nitrile gloves on your ChemoSHIELD Compounding Aseptic Containment Isolator (CACI)
In this presentation, Kara F. Held, Ph.D., Baker Science Director, shares findings from her white paper "Multiple Users in a Biosafety Cabinet Compromise Containment." The study puts common lab practices to the test using smoke visualization and NSF/ANSI 49 microbiological aerosol challenge methods.
Learn how airflow disruptions, sash height, and user positioning affect personnel, product, and environmental protection in a Class II Type A2 BSC. Discover why the number of users matters, what the risks are, and what best practices biosafety officers should consider before allowing shared use.
At Baker, it is our job to deliver optimal "Environments for Science"™. Our ReCO2ver™ and ReCO2ver™ Plus incubators have been designed with that in mind, providing precision control over the environmental conditions your cells require to thrive while delivering unprecedented recovery over those conditions after they have been interrupted.
The world''s smallest microaerophilic workstation.
Most cells are still cultured at 21% oxygen, a level far higher than what exists inside the human body. In this video, Dr. Krista Rantanen, Director of Scientific Applications at The Baker Company, explains how oxygen tension affects cellular stress, metabolism, and the extracellular vesicles (EVs) cells produce. Culturing cells under physiological oxygen conditions results in EVs that better reflect true in vivo biology.
The Baker Company, Inc. - EF-N Smoke Demo
In this webinar, we explore the complexities of handling volatile chemicals within Class II Type A2 biosafety cabinets (BSCs). How much chemical use is considered safe in a "recirculated" BSC? What are the differences between Type A2 and Type B2 BSCs? Join us as we debunk common myths, dive into airflow calculations, and discuss best practices for safe chemical use in the lab. Whether you''re considering a fully exhausted B2 cabinet or looking for cost-effective alternatives, this webinar provides key insights for maintaining safety standards in your laboratory.
Join Dr. Kara Brunelle Held, Ph.D., in this episode of BSC MythBusters as we uncover whether all biosafety cabinet performance envelopes are the same. Learn how cabinet design, size, and usage impact containment and safety.