Whitley M35 Workstation
The Whitley M35 is a 4-gas system with built-in oxygen, carbon dioxide and hydrogen sensors. This allows users to programme precise gas concentrations, which is perfect for manipulating samples in a sustainable microaerobic environment. The Whitley M Range of workstations allows anoxic/anaerobic, microaerobic or hypoxic atmospheres to be created, if desired, without the need to change incoming gases.
Whitley M45 Workstation
The Whitley M45 Workstation is a 4-gas system with built in oxygen, carbon dioxide and hydrogen sensors, which allows users to programme precise gas concentrations.
Whitley M Range Workstations provide the most flexibility of any models in the Don Whitley Scientific range, allowing anoxic/anaerobic, microaerobic or hypoxic atmospheres to be created if desired without the need to change incoming gases.
Whitley M55 Workstation
The Whitley M55 Workstation is a 4-gas system that provides a huge working capacity when there is a need to process, culture and examine samples in a sustainable, variable atmosphere environment. It has built-in oxygen, carbon dioxide and hydrogen sensors. This allows users to programme precise gas concentrations, which is perfect for manipulating samples in a sustainable environment. The Whitley M Range of workstations provide the most flexibility of any models in the Don Whitley Scientific range; allowing anoxic/anaerobic, microaerobic or hypoxic atmospheres to be created if desired without the need to change incoming gases
Whitley M85 Workstation
The M85 variable atmosphere workstation is a 4-gas system with built-in oxygen, carbon dioxide and hydrogen sensors. This is an extremely flexible system as it allows users to programme precise gas concentrations and use the workstation with anoxic/anaerobic, microaerobic or hypoxic atmospheres without the need to change incoming gases.
Whitley M95 Workstation
The Whitley M95 Workstation is a 4-gas system with built-in oxygen, carbon dioxide and hydrogen sensors. This allows users to programme precise gas concentrations, which is ideal for the study and isolation of Campylobacter spp, Helicobacter pylori and other similarly fastidious microaerophiles. However, due to the flexibility of the atmospheric control (from 0% to 20% oxygen), these systems are widely used for both microbiology and cell culture applications.
Whitley M135 HEPA Workstation
The M135 HEPA is a spacious microaerobic chamber characterized by its significant height, width, and depth. This system incorporates four gases with integrated sensors for oxygen, carbon dioxide, and hydrogen. This feature empowers users to configure exact gas compositions, making it an ideal choice for controlling samples within a sustainable and adaptable atmosphere.
The Whitley M Range of workstations offers the flexibility to establish anoxic/anaerobic, microaerobic, or hypoxic environments as needed, all without requiring modifications to the incoming gas supply.
Whitley M155 HEPA Workstation
The Whitley M155 HEPA Workstation is a 4-gas system that provides a huge working capacity when there is a need to process, culture and examine samples in a sustainable, variable atmosphere environment. It has built-in oxygen, carbon dioxide and hydrogen sensors. This allows users to programme precise gas concentrations, which is perfect for manipulating samples in a sustainable environment. The Whitley M Range of workstations provide the most flexibility of any models in the Don Whitley Scientific range; allowing anoxic/anaerobic, microaerobic or hypoxic atmospheres to be created if desired without the need to change incoming gases.