gas detection controller Articles
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Enhancing Quality in Electronics: The Importance of Gas Detection in Solder Reflow Processes
Introduction In the world of electronics manufacturing, where perfection is the goal at every turn, each step in the process holds great importance. One of the most critical stages in this journey is the solder reflow process, which includes Gas Detection in Solder Reflow. This step is like the key piece in a puzzle, shaping the quality and durability of the final product. Imagine this stage as ...
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Maximizing bioreactor performance - Case Study
Paul Sauer, Associate Scientist of Protein Design Lab's Cell Culture Development Group, had two compelling reasons for specifying mass flow controllers for his work: The first was the need to acquire an array of data that would allow them to more effectively control fermentation processes; The second was the need to minimize the formation of foam in the bioreactor's headspace. To minimize foam, ...
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Bringing precision to steel production - Case Study
Aluminum and steel manufacturers use mass flow controllers to inject purification, stirring and shielding gases into their melting, casting and annealing processes. Precise, automated gas flow control reduces toxic emissions and material costs. Final purification of aluminum is accomplished by bubbling a mixture of argon and chlorine gases through the molten metal. This process separates ...
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Improve gas blending accuracy and save money – Case Study
For DataChem Laboratories, precision mass flow is crucial. DataChem, originally established in 1973 as part of the University of Utah's Research Institute, has grown into a world respected analytical testing laboratory. They have the important job of testing and identifying harmful industrial and environmental toxins—from lead paint found on our children's toys to methamphetamine dust ...
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Delivering automation to test stations - Case Study
CeraMem Corporation is a developer of metal oxide gas concentration sensors in Waltham, MA. Their test engineers required mass flow controllers that were easy to intregrate and calibrate. They also demanded fast response and high accuracy in order to reduce test cycle length and improve the quality of the data. Test station requirements demanded that controllers were capable of adjusting ...
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