Mass flow transmitter provides a high level of performance in mass flow measurement of air and gases. It offers outputs of mass flow and temperature, plus alarm relays. It measures mass flow by detecting heat dissipation from a heated surface. It is used in hydrogen line, aeration line and natural gas applications.

Mass Flow meters have moving parts and complex mechanical designs. It consists of a mass flow sensor or transducer. This is an instrument that measures the mass of fluid that flows through a pipe, duct, or open channel in a unit time. The mass flow of homogenous gases is most frequently measured by thermal flow meters. The main advantage is that when the specific heat of the process fluid changes due to composition or temperature changes, this will register as a change in mass flow. The mass flow of liquids and gases has been detected by angular momentum devices and indirectly through the measurement of volumetric flow and density. It has good accuracy and very high range ability. The modern mass flow meters are based on coriolis effect. This can be measured by batch weighing or by combining an accurate level sensor with a densitometer. This meter can handle high temperatures over 400-degree farenheit.

Mass Flowmeters works on the coriolis principle. They are highly accurate and work on a broad range of liquid types.The mass flow of homogeneous gases is most frequently measured by thermal flowmeters. The main advantage of these detectors is their good accuracy and very high rangeability.

Mass mixers are designed to facilitate through mixing of dror damp materials and is especially suitable for tablet granulation. It has horizontal half round bowl open on upper side with acrylic cover and specially designed mixing blade. The main mixing blade is rotated to circulate the material to be mixed. The half round bowl and mixing blade made out of stainless steel having bowl capacity of 5 kg. It is specially designed for self-adjusting sealing arrangement to ensure no black particles enter into the mixing drum.

Mass spectrometer gas inlet system introduces a sample into the ion source of the spectrometer in which inlet system includes a cold trap for condensing a sample. The inlet system is used for detecting the pressure and controls the operation of the cold trap.