SCIENCEGATE

By fixing one end of a wire and taking it around a vessel and attaching the other end to the core of a displacement transducer. Any change in the diameter of the vessel is related to the position of the transducer core.

Testing fixtures supplied for building materials such as the manufacture of concrete is important to ensure of the correct properties of the material and understand its capabilities. A fixture with a drain and Digital Probes can measure any bending of hardened concrete.

Manufacturers producing mechanical testing instruments and welding machines must gather data in order to measure physical displacement. Solartron Metrology’s products are suitable for this type of application due to their rugged construction and high accuracy.

Data logging and processing systems and equipment can be used to provide information about properties of materials under high thermal and mechanical stress. Solartron Metrology are able to provide linear encoders to provide data feedback into the Orbit® 3 Network.

Test instruments supplied to the civil engineering industry can be used to survey the mechanical properties of soil and rock conditions. Transducers can be used instead of traditional manual dial gauges to improve the process.

Application:

Pharma and Biotech

Description:

In the Pharma and Biotech industry the use of IR-Opflow flowmeters is nowadays on a much greater scale than before. Tube holders and PVDF rotor tubes in particular are being applied more often, particularly in Biotech applications. They have a great range of possible applications including tangential flow filtration, dialysis devices, protein and vaccine production, endoscopy and blood measurement.

Application:

Agri- and Horticulture

Description:

In the agricultural industry the flowmeters have also a range of possibilities for application. One of the possibilities for example is to use them to dose and quantify crop protection liquids and fertilizers. Due to chemical resistive properties of the IR-Opflow flowmeters, they are widely applicable for these purposes.

Application:

Chemical and Engineering

Description:

In the chemical and engineering industry the implementation of IR-Opflow flowmeters is possible in different stages of production processes. In production sites flowmeters are usable for fuel control in motoric engines and for metering and monitoring cooling agents in technical equipment. Furthermore the chemical resistance of the material allows for the use of the IR-Opflow flowmeter in controlling component dosage in many different types of chemical fluid preparations.

Application:

Medical

Description:

The IR-Opflow flowmeter can also be utilized in medical applications. The high accuracy of the flowmeters makes them suitable for example to control and monitor dosage of components in medical fluid preparation systems, or in specific medical equipment where accurate fluid monitoring is of key importance such as in the process of hemodialysis.

Application:

Food and Beverages

Description:

In the food and beverages industries the reliable and accurate IR-Opflow flowmeter has applications in fluid component dosage for package filling and in mixing systems.