TOEI KAISHA, LTD. Product Lineup

**Main Features** ■ Sleeve cuff system enabling delicate work The highly elastic latex cuffs fit snugly around the arms, allowing direct insertion into the chamber, significantly improving work precision and efficiency. ■ Oxygen removal in the sleeve before work begins At the start of work, any remaining oxygen in the sleeve is extracted using a foot pedal to ensure anaerobic conditions. ■ Palladium catalyst cartridge that removes even trace amounts of oxygen Any small amount of oxygen that enters at the start of work is processed through a condensation control function by reacting with hydrogen in the chamber and palladium to form water vapor. ■ Arm port door ensuring chamber sealing A door that seals the arm port from the inside of the chamber is included for when work is paused. The door has an O-ring that tightly fits the opening, allowing for anaerobic conditions to be maintained. ■ Separate culture chamber creating a comfortable workspace The culture chamber, which can be stored at temperatures from room temperature +5°C to 70°C, is separated by a door. This prevents the temperature of the workspace from rising, allowing for comfortable work and stable culture. ■ Airlock allowing safe and large-scale entry A spacious airlock that can quickly achieve anaerobic conditions via the control panel allows for the safe and large-scale entry of samples and supplies.

■ Sleeve cuff system enabling delicate work The highly elastic latex cuffs fit snugly around the arms. This allows the arms to be inserted directly into the chamber, significantly improving work precision and efficiency. ■ Oxygen in the sleeve is removed before work begins At the start of work, any remaining oxygen in the sleeve is extracted using a foot pedal to ensure anaerobic conditions. ■ Palladium catalyst cartridge that removes even trace amounts of oxygen Any trace amounts of oxygen that enter at the start of work are processed through condensation control by reacting with hydrogen and palladium inside the chamber to form water vapor. ■ Arm port door ensuring chamber sealing A door that seals the arm port from the inside of the chamber is included for when work is paused. The door has an O-ring that fits snugly against the opening, allowing for the maintenance of anaerobic conditions. ■ Separate culture chamber creating a comfortable workspace The culture chamber, which can be stored at temperatures ranging from room temperature +5°C to 70°C, is separated by a door. This prevents the temperature of the workspace from rising, allowing for comfortable work and stable culture conditions. ■ Airlock allowing for safe and ample entry There is a spacious airlock that can quickly create anaerobic conditions via the control panel, enabling the safe and ample entry of samples and supplies.

■ Sleeve cuff system enabling delicate work The latex cuffs, which excel in elasticity, fit snugly around the arms. This allows the arms to be directly inserted into the chamber, significantly improving work precision and efficiency. ■ Oxygen in the sleeve is removed before work begins At the start of work, the oxygen remaining in the sleeve is extracted using a foot pedal to ensure anaerobic conditions. ■ Palladium catalyst cartridge that removes even trace amounts of oxygen Any trace amounts of oxygen that enter at the start of work are processed through condensation control by reacting with hydrogen and palladium inside the chamber to form water vapor. ■ Arm port door ensuring chamber sealing A door is included that seals the arm port from the inside of the chamber during work breaks. The door has an O-ring that fits tightly against the opening, allowing for the maintenance of anaerobic conditions. ■ Separate culture chamber creating a comfortable workspace The culture chamber, which can be stored at temperatures ranging from room temperature +5°C to 70°C, is separated by a door. This prevents the temperature of the workspace from rising, allowing for comfortable work and stable culture conditions. ■ Airlock allowing for safe and large-scale entry There is a spacious airlock that can quickly achieve anaerobic conditions via the control panel, enabling the safe and large-scale entry of samples and supplies.

■ Sleeve cuff system enabling delicate work The highly elastic latex cuffs fit snugly around the arms. This allows the arms to be directly inserted into the chamber, significantly improving work precision and efficiency. ■ Oxygen in the sleeve is removed before work begins At the start of work, any remaining oxygen in the sleeve is extracted using a foot pedal to ensure anaerobic conditions. ■ Palladium catalyst cartridge that removes even trace amounts of oxygen Any trace amounts of oxygen that enter at the start of work are processed through condensation control by reacting with hydrogen and palladium inside the chamber to form water vapor. ■ Arm port door ensuring chamber sealing A door that seals the arm port from the inside of the chamber is included for when work is paused. The door has an O-ring that tightly fits the opening, allowing for the maintenance of anaerobic conditions. ■ Separated culture chamber creating a comfortable work space The culture chamber, which can be stored at temperatures from room temperature +5°C to 70°C, is separated by a door. This prevents the temperature of the work space from rising, allowing for comfortable work and stable culturing. ■ Air lock allowing for safe and ample entry A spacious air lock that can quickly create anaerobic conditions via the control panel allows for the safe and ample entry of samples and supplies.

■Reproduction of Hypoxic Environments Precise control of oxygen levels from 1% to 20% and carbon dioxide levels from 1% to 20% is possible for microaerophilic microbiology and hypoxic tissue/cell culture. ■Sleeve Cuff System Enabling Delicate Work The highly elastic latex cuff fits snugly around the arm, allowing the arm to be placed directly inside the chamber, significantly improving work precision and efficiency. ■Separated Culture Chamber Creating a Comfortable Work Space The culture chamber, which can store samples at temperatures from room temperature +5°C to 70°C, is separated by a door. This prevents the temperature of the work space from rising, allowing for comfortable work and stable culture conditions. ■Air Lock for Safe and Large Sample Transfer A spacious air lock that can quickly create an anaerobic environment via the control panel allows for the safe and large transfer of samples and supplies.

The "Bactron 400HP" is a high-performance anaerobic chamber equipped with various features that enhance researchers' work efficiency and the reliability of research results. The front panel has a clear full-flat design, making maintenance and access easy with its opening and closing mechanism. Additionally, it is equipped with user-friendly features such as a touch screen LCD multi-control panel and a data logger that can collect logs onto an SD card. 【Basic Features】 ■ Sleeve cuff system that allows arm insertion into the chamber ■ Incubator that can hold 400 petri dishes ■ A spacious chamber with wide width, depth, and height, along with a large-capacity airlock ■ Stable stainless steel housing for easy operation ■ Optional stand installation available *For more details, please refer to the related links or feel free to contact us.