- Capacity: 300 plates / 600 plates / 900 plates
- Temperature: 5°C to 70°C
- Filter type: HEPA filters (99.99% efficiency)
- Type: Bench top
- Interior construction: Stainless steel
- Exterior construction: Rigid, heavy acrylic
- Chamber structure: 2 Glove Ports
- Microprocessor control: Included
- Display: Digital
- Light: UV viewing lamp / LED
- Low gas supply alarm: Included
- Door lock: Included
- Vacuum pump: Included
- Internal regulators: Included
- Independent gas controls: Included
- Data connectivity: RS 232
- Microscope adapter: Included
- PC calibration of oxygen sensor: Included
- Rack for petri dishes: Included
- Base stand: Optional
Anaerobic chambers, are also referred to as anaerobic glove boxes. Anaerobic cabinets are atmosphere control units intended to be used when working with oxygen sensitive materials, to comply with product containment needs, and/or general isolation control requirements.The Bactron Anaerobic Workstations, also known as Glove Boxes, are designed to allow efficient and manual glove-free handling and inspection of samples. They maintain the environment conditions in the chamber unchanged while you are working.The modular systems that makes up the design of the Bactron Anaerobic chamber enables you to work with ease, to complete all requirements and procedures from unpacking material to inoculation, incubation, inspection and recovery. The Bactron Anaerobic Chamber allows you to complete all the work, in an ergonomic environment and without a single exposure to oxygen. It is also possible to set the chamber temperature between 5 and 70 degrees Celsius. The units are available in 3 sizes, accommodating from 300 to 900 petri dishes or plates. Various accessories can be purchased with the main unit for increased functionality, such as leak detectors, microscope adapters, replacement pumps, regulators, foot pedal assemblies, and more. Most common applications for the Anaerobic Chambers are: Anaerobic Microbiology Assays, Clinical Microbiology, Anaerobic Tissue Culture Research, Anaerobic Bacteriology