The Leader in Viscosity Measurement Technology
Cambridge Viscosity is the global leader in small sample fluid viscosity measurement. For more than a quarter century we have served the oil and gas; paint, ink and coating; pharmaceutical and chemical industries with highly accurate and exceptionally reliable in-process and laboratory viscometers.
Our unique advantages derive from the proprietary oscillating piston technology we have developed. This core technology enables our instruments to measure fluid viscosity with precision and keep the measurement chamber clean; all the while requiring a very small amount of fluid.
Small sample viscosity is essential in applications where the value of the fluid is high and only small amounts are available such as PVT analysis for exploration or refrigeration; optical and biomedical coating control; and lubrication oil analysis. It is equally critical in large fluid processes such as refining and chemicals where in-process and laboratory measurements must exactly correspond. In these large stream cases, conditioning in-process fluid is important so that lab-matching accurate and repeatable measurements can be made, and conditioning as small a process stream as possible is economically preferable. Further, small sample viscosity requires small sensors, which are easy to install in a wide variety of process locations.
Our instruments are widely used wherever accurate fluid viscosity measurements are required. Cambridge sensors are physically small and robust so that they can be installed easily in many difficult process environments including hazardous locations and even on-engines and compressors. Our customers select Cambridge Viscosity laboratory and process viscometers time and time again.
Cambridge Viscosity has set the standard for extraordinarily precise, reliable, and virtually maintenance-free viscosity measurement systems. Our sensors and viscometer systems conform to ASTM, DIN, JIS and ISO standards, with a range of models designed to meet specific industry and application needs. At least one of them is right for you.