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.
Whitley H155 GMP Hypoxystation
The H155 GMP Hypoxystation* is specifically designed to be used as a clean-air, hypoxic isolator in processes following Good Manufacturing Practice (GMP). This workstation allows two people to work in the chamber at same time and is specifically designed to accurately control the parameters of O2, CO2, temperature, and humidity.
Anaerobic Jars
For simple culture of anaerobic and microaerophillic organisms, we have both stainless steel jars and the transparent, stackable Whitley Incubation Box, which are all robust and easy to use. The traditional stainless steel jars have a positively located lid fitted with the unique Whitley Schrader® Valve System and carrier clips for Low Temperature Catalyst Sachets.
All our jars are ideal for use with the Whitley Jar Gassing System.
Whitley Incubation Box
New from Don Whitley Scientific is the rectangular, transparent and stackable anaerobic ‘jar’. It can be used to create the perfect environmental conditions for the isolation and cultivation of anaerobic and microaerobic organisms, and for cell culture applications.
The Whitley Incubation Box is ideal for use with the Whitley Jar Gassing System (evacuation/replacement method) or as a stand-alone system to use with gas generation sachets.
Whitley WASP Touch®
The WASP Touch® is a precision laboratory instrument designed to deposit accurate volumes of liquid sample in an Archimedes spiral onto the surface of a rotating agar plate. Spiral plating is well documented and validated as an effective method for the enumeration of microorganisms.
Designed for the needs of modern microbiology laboratories, the WASP Touch® is a fundamentally different spiral plater with no need for a separate vacuum source. With touchscreen operation the system is extremely simple to use and provides real cost savings and process improvements.
Vacuum Source 602
Whitley Automated Spiral Plater
The <strong>Whitley Automated Spiral Plater</strong> (WASP) revolutionizes the process by eliminating the need for serial dilutions. This innovation not only reduces the overall cost per test but also standardizes counting procedures. Its applications span across various industries: in the food sector, it plays a crucial role in assessing safe bacteria levels, while in pharmaceuticals, water management, and dental research, it serves as an indispensable tool for quality assurance and scientific investigations.
Don Whitley Scientific extends an invitation to UK customers to partake in the 'Quality Counts Scheme,' providing an avenue for external quality assessments.
Whitley AsPROvac
The Whitley AsPROvac is an all-in-one laboratory aspirator to ensure biological liquid waste can be aspirated and disposed of quickly and safely. Whether it is the delicate removal of supernatants or the rapid emptying of larger culture flasks, this flexible system has 15 vacuum levels to alter the aspiration speed. A range of aspiration tools are provided to enable you to aspirate from a variety of vessels.