V&F Industry Solutions
Click on one of the below pictures to see our applications and solutions for the corresponding industry.
V&F multi component analyzers are an excellent tool for advanced applications within the field of exhaust gas measurements with focus on short measurement times and high precision. A variety of interface options such as AK protocol ensure easy implementation into the test bench environment (engine test bench or chassis dyno).
Industrial processes increasingly involve the use and manufacture of highly dangerous substances, particularly toxic and combustible gases. Inevitably, occasional escapes of gas occur, which create a potential hazard to employees, people living nearby and to the environment.
High purity industrial gases such as calibration gas mixtures require advanced and precise technology for quality control. V&F mass spectrometers are capable of real-time detection of inorganic and organic impurities in various balance gases.
Food, Beverages and Tobacco Industry
Quality control in the food industry is increasing due to problems with impurities in food and beverages. With V&F's gas analyzers, a fast and flexible inspection of liquids and gases can easily be performed.
The analysis of human respiration - breath gas analysis - for the purpose of medical diagnostics is a non-invasive method with a big future potential. The method will play an important role in the early diagnosis as well as with the monitoring of the course of a desease.
V&F mass spectrometers are routinely used to monitor potential hazardous emissions such as benzene or SO2 during cement production.
V&F multi-component analyzers help ensure the final product quality as well as batch reproducibility in steel production.
Alternative Energies Industry
Research into renewable energy sources such as biogas and fuel cell technology demand fast and highly accurate gas analysis systems for the monitoring of multiple reactions. V&F’s analyzers such as the CombiSense mass spectrometer are suited for a wide range of applications within this field.