Product Announcements: Digesters

Thomas Cain, Inc. was founded in November 2005 in Omaha, Nebraska. It is dedicated and committed to helping environmental laboratories improve their efficiency and simplify their processes by automating their manually repetitive and time consuming tasks. (read more)

DEENA Automated Sample Digestion system for mercury and metal sample preparation. (read more)

Are you looking for new ways to increase productivity in your laboratory?

DEENA will free you from the mundane and time consuming manual sample preparation process, reduce errors, and increase safety associated from handling hazardous chemicals. With less time devoted to sample preparation, technicians are free to perform other tasks. Will you let DEENA help you? (read more)

Accurate, Consistent, Reliable, Simple

DEENA, an automated sample digestion system, fully automates the sample preparation for EPA and other laboratory methods that use hot water baths or heated blocks. DEENA alleviates most of the manual sample preparation and reduces the errors associated with sample handling (read more)

DEENA, an automated sample digestion system, alleviates most of the manual sample preparation and produces consistent and accurate analytical results. Manual sample preparation often consists of many steps that are both labor intensive and time consuming. There is often a clear desire and justification to automate. When deciding to implement automation in the laboratory, it is important ... (read more)

DEENA, an automated sample digestion system, fully automates the sample preparation for EPA and other laboratory methods that use hot water baths or heated blocks. (read more)

A compact automated sample digestion system for metals analysis that is Accurate, Consistent, Reliable, and Simple (read more)

In metal analysis, manual sample preparation often consists of many steps that are both labor intensive and time consuming. DEENA, an automated sample digestion system, alleviates most of the manual sample preparation and reduces the errors associated with sample handling. (read more)