The SterilGARD® Animal Transfer Station is designed to protect lab personnel, the lab environment, and animals during critical procedures like transfers, sample collection, and minor surgeries. With its ergonomic design and contamination-free work area, this biosafety cabinet minimizes risks and controls allergen exposure, ensuring the safety and comfort of both researchers and animals.

With the optimum balance of performance and energy efficiency, our biological safety cabinets protect personnel, product and the environment, all while increasing lab productivity and user comfort. Engineered specifically for animal research labs, each cabinet is backed by years of research, customer feedback, and subjected to rigorous safety testing prior to shipment.

The SterilGARD® e3 biological safety cabinet from Baker offers a revolutionary airflow management system with proven containment technology that saves energy, increases productivity and improves comfort.

A unique padded armrest allows the cabinet to continue operation - and maintain A2 conditions - with the viewscreen in the close position. The SterilGARD® e3 is the only cabinet in the industry that offers an idle mode that is instantly safe upon resuming standard operation. The versatile ReadySAFE™ mode can be used during meetings, lunch breaks and overnights to maintain safe conditions, create a quieter work environment, and save energy.

Key Features

• HEPA supply/exhaust filters with 99.99% minimum efficiency in capturing 0.3 micrometer particulates.
• Portable unit on casters with lift and pullbars; fits through standard doorway in lowest position for increased mobility.
• Adaptive ergonomic design combined with continuously adjustable mobile lift for work surface heights of 22"to 40½" provides maximum operator comfort, increased productivity and reduced fatigue.
• Pre-filters to capture hair, dander and bedding to preserve the main HEPA filter.
• Electric/hydraulic lift system allows for increased mobility by lowering height and center of gravity; maintains position when power is removed.