Biological applications such as bioimaging, cancer treatment, tissue engineering and optical coding are just a few ways nanomaterials are being used in the lab today. Unfortunately, factors of nanoparticles, such as internal collisions with molecules, thermal motion, and gravitational forces affect the physical stability of nanoparticles making them difficult to work with in clinical applications or materials science.

Today’s centrifuges are more sophisticated than ever. Consequently, customers can find platforms that fit right into today’s wide range of centrifuge applications. In fact, Nick Horsley, general manager at Hettich Instruments in Beverly, Massachusetts, says, “Centrifuge accessories have become very important.” Those accessories can help a lab select a system that can multitask.

“It’s extremely important that the user keeps an eye on the status of the rotor, maintains it properly, cleans it, and prevents aggressive chemicals from getting in,” product manager says

Learning to use evaporation starts very early in chemistry. For students, the process takes a very simple
 approach, maybe just putting a solution in a beaker over a flame and waiting. That technique, though,
 doesn’t provide the sophistication, control, or throughput that advanced techniques require. Consequently, scientists can use dedicated evaporators.

When preparing a sample for analysis that requires high temperature and pressure in an acidic environment, a scientist selects microwave digestion for the process. This attracts scientists from an extraordinarily large range.

“Is my water safe to drink?” Getting the answer to that question is Russell Leu’s main goal as section supervisor of the environmental laboratory in the Montana State Department of Public Health & Human Services (DPHHS).

Turning a sample into a suspension—the essence of homogenizing—occurs in a wide range of laboratory applications. In life science and clinical research, scientists often homogenize tissue samples for various analytical studies.

Controlling the environment and the operation determines much of the accuracy

Controlling the environment and the operation determines much of the accuracy

Centrifuges work on the principle of sedimentation facilitated by an apparent angular force that draws components of a rotating sample away from the center of rotation. Although centrifugation theory is straightforward, its engineering literature is voluminous due to the number of industries and research operations that depend on the operation.

Contest to Award Laboratories Using STEM Principals for Technological Advancement.

In today's economy laboratories are asking their employees to do more with less, requiring more of both their employees and their equipment.  One way analysts are stepping up is looking for instrumentation that is adaptable for multiple purposes.