Analyze This: Real-Time, Repeatable Results

In today's rapidly advancing technological landscape, precision and reliability in measurement and analysis are more critical than ever. The gathering and interpretation of analytical data play a pivotal role in providing reliable results. Here are some of the leading uses of analytical equipment and how Fluid Metering pumps are delivering accurate, repeatable solutions for challenges across various industries.

Leading Industries
Analytical instruments are essential for measuring, monitoring, and controlling a wide array of processes in various industries. Some of the most prominent include:

• Energy - the petrochemical industry uses process analyzers to examine the composition of natural gas, crude oil, and its derivatives at various stages of the refining process. They also use them to benefit quality control and in the environmental monitoring of emissions produced during extraction and operation.
• Environmental - environmental consulting firms and laboratories use analytical equipment to assess air, water, and soil quality. They along with local, state, and federal agencies also use these tool to monitor progress in water treatment projects.
• Agriculture - farmers, horticulturalists, and field technicians analyze soil and plant samples for nutrient content and pesticide residuals. In addition, they gather data analysis on water samples to ensure optimal quality and growth conditions.
• Diagnostics/IVD - diagnostic testing, disease monitoring, and research requires the use of many machines from mass spectrometers and flow cytometers to a wide variety of analyzers (immunoassay, clinical chemistry, hematology, electrolytes, urine, and microbiology analyzers).
• Biotechnology - genomics, proteomics, and metabolomics use analytical instruments like DNA sequencers, mass spectrometers, PCR machines, and flow cytometers to analyze biological samples and understand cellular processes. OEM machines are crucial in pharmaceutical drug testing and development to check for chemical composition, purity, and detect contaminants
• Food & Beverage - analyzers within the food and beverage industry are used for quality control, safety testing, and nutritional analysis.
• Cosmetics - cosmetic companies use analytical devices to test for product safety, formula consistency, and quality.

1. Mass Spectrometry:
   Process analyzers such as mass spectrometers are used for continuous and real-time monitoring of solids, liquids, and gases. One of the biggest challenges in designing these machines is balancing sensitivity and resolution. Fluid Metering pumps excel in providing precise measurement solutions for both gas and liquid applications. Their incorporation into mass spectrometers ensures delivery of accurate and reliable readings, thus ensuring optimal process control and safety.
2. Water Quality Monitoring:
   Water quality is a critical concern across many sectors. It’s vital for all life to provide robust solutions for monitoring and analyzing water parameters. One obstacle in designing efficient water quality analyzers is constant recalibration issues. Fluid Metering pumps maintain 0.5% precision for millions of cycles without maintenance or recalibration to ensure stable performance over time. This helps to ensure safety and compliance in water assessment and treatment processes.
3. Low Pressure Liquid Chromatography (LPLC):
   Pressure-related issues, such as pressure drops, often arise in designing chromatography machines. Fluid Metering pumps maintain consistent flow and pressure for precise flow control and the perfect mixing ratio for the dilution of fluid. Their low sheer, non-destructive capabilities also enable the handling of delicate samples.

The importance of real-time precision and reliability in measurement and analysis cannot be overstated in today’s analytical landscape. Advanced solutions are addressing the unique challenges faced by industries across the board. By leveraging cutting-edge Fluid Metering pump technologies, OEMs can ensure accurate, reliable, and efficient processes in their mass spectrometers, water quality analyzers, and low pressure liquid chromatography machines. Contact our expert team of engineers to learn how your next project can set new standards in analytical excellence.