Increasing Resolution with Precise Pressure and Flow Control: Parker Precision Fluidics understands the value of improved ion focusing by creating a more uniform and stable ion beam and develops gas flow solutions consistently delivering on this requirement.
Reducing Instrument Size by Miniaturizing Micro Fluidic Solutions: Minimal footprint can be important in mass spectrometry, especially in applications where space is limited or portability is required. Parker’s innovation enables smaller solutions while performing at the highest levels.
Low Power Equals Less Heat: Whether it’s reducing thermal drift or minimizing background noise, internal heat generation is a serious concern. Parker Precision Fluidics uses its technical innovation to increase efficiency which reduces the power consumption and heat generation of the solutions we make.
Flexibility and Versatility: PPF has a wide variety of products that can provide Mass Spectrometer OEMs with greater flexibility and versatility in response to changes in the market. Our products are highly configurable to meet our customer needs.
Partnership and Support: The team at Parker Precision Fluidics is dedicated to working with your engineering team to understand all your requirements and deliver optimum solutions with superior quality for your application. This guarantees that the right components are specified, and the ideal fluidic system solution is developed, PPF strives to be a partner in your development process.
Mass spectrometry determines molecular weight and composition by ionizing sample molecules, then separating them based on mass-to-charge ratio. The resulting mass spectrum reveals component identity and quantity.
Parker’s fluidic components (valves, pressure controllers, fittings) regulate process gas flow in mass spectrometry systems. For instance, Parker's miniature electronic pressure controller ensures precise flow control in liquid chromatography-mass spectrometry (LC-MS), vital in proteomics and metabolomics research. Valves and fittings optimize sample handling, reducing contamination and loss.
Our robust fluidic components withstand harsh conditions (high temperatures, vacuum, corrosive chemicals), enhancing mass spectrometry systems' reliability and performance, enabling researchers to glean more sample information.
A laboratory mass spectrometer is used in laboratory settings for analytical and research purposes. These instruments are designed to be highly sensitive and accurate, detecting and quantifying a wide range of compounds and molecules.
Parker’s Precision Fluidics Division designed electronic pressure controllers and valves that deliver the exacting precision required in the most sensitive mass spectrometry instruments and GC systems. These high-quality components enhance system performance and reliability, ensuring accurate and consistent pressure crucial for reliable and reproducible GC analysis. Parker's expertise in fluidic control and system design enables tailored solutions to meet individual customer needs and application requirements.
An industrial mass spectrometer is used in industrial settings, such as chemical plants and refineries. These instruments are typically used for process control, quality assurance, and environmental monitoring applications. Industrial mass spectrometers are designed to be rugged, reliable, and easy to use, with features such as automated calibration and self-cleaning. They are often integrated into larger process control systems, where they can provide real-time monitoring and analysis of gas and liquid streams.
Parker's dedication to miniaturization, efficiency, and reliability ensures that our valve and electronic pressure control solutions excel in meeting the most rigorous application demands.
Explore our cutting-edge technologies and solutions showcased on our innovative new digital platform focused on Mass Spectrometry Instruments.
Our detailed datasheets contain comprehensive information about the specifications, features, and performance characteristics of each component or system. These datasheets are an essential resource to select the appropriate fluidic components for various applications.
Our white papers are intended to help you stay up-to-date with the latest developments in fluidic technology and gain a deeper understanding of the challenges and opportunities in the markets.
Our blogs can provide valuable information on our products and services. Check out articles on various fluid control solutions, ranging from miniature valves and pumps.