Titration is a common laboratory operation for quantifying chemicals or reagents, usually in aqueous solution.

Glove boxes differ from other safety enclosures in two significant respects: users can introduce articles into glove boxes and manipulate them inside through ports fitted with gloves, and glove boxes typically use a specialized atmosphere.

Filtration is the mechanical separation, based on particle size, of materials from fluids by using a porous membrane.

Gas chromatography (GC) dates back to the first experiments of Mikhail Tsvet separating plant pigments using paper chromatography in 1903

This guide will take a look at the evolution of three main areas of microplate technology–instrumentation, applications and the plates themselves.

Microtiter plates have become common labware in life science and medicine. Automated systems employing microplates in biological and chemical assays may consist of liquid dispensers, plate washers, mixers, readers, sealers, labelers, shakers, incubators and storage.

The principal application of shakers is for growing yeast, bacteria, or mammalian cells in specialized containers known as shaker bottles.

Liquid handlers are sold in a variety of fluid-dispensing configurations, from single-channel through eight (one row of a 96-well microtiter plate), 96, and 384 channels.

This article will look at the major technological breakthroughs–from the first single-pan analytical balance manufactured in 1945 to that which more closely resembles what's in your lab today.

Ovens are particularly common in chemistry, biology, medical, materials, and forensics labs.

Glassware washing machines are more than convenience appliances: They ensure consistent cleaning of critical labware, free up technician time for more value-added work, and provide assurance and validation in regulated industries.