Frozen storage of biological materials has become an essential activity in many laboratories

From a safety standpoint, the current methods for transferring reagents risk spills, waste, contamination of the bottle contents, or in the case of glass ampoules, pose a risk from broken glass and sharp edges.

A clean room station makes it possible to store samples in clean room conditions and create the optimum conditions for highly sensitive measurements in the field of elemental analysis

Problem: Alterations in the proteome—including changes in protein expression, function, or localization—play a significant role in the development of cancer and other diseases.

For a modern clinical laboratory to remain competitive, adopting a laboratory information system (LIS) has become an economic necessity.

There was a time when life science companies managed the entire lifecycle of nearly every asset in house.

Problem: Laboratories and research organizations generate millions of nonhazardous lab disposables per year.

Problem: The basic purpose of a peristaltic pump is to move fluids from A to B. This is not enough for manufacturers of analysis equipment and manufacturers of sensitive devices.

There are other conventional methods available to clean vessels (dish machines, etc.) but none of them bring a significant improvement in terms of purity, cost, and lead time savings.

Hazardous chemicals present physical and health threats to laboratory workers if they are not managed properly

Rotary evaporators (“rotavaps”) have for decades been staples in labs and industries performing chemistry, including labs in the chemical, environmental, materials, life science, and forensics industries.

Problem: Chemists and other researchers use lab-scale reactors to optimize catalysts and study reaction kinetics.