A refurbished product can be a perfectly serviceable or even excellent option depending on the context. However, a refurbished rheology instrument is not the same as a new instrument. Repair costs and technology discrepancies are just a few of the many risks associated with choosing a refurbished instrument. Learn more about how Alpha Premier can take your refurbished lab instruments to the next level → https://lnkd.in/gm9ivS6k
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Interesting discussion to have on the topic of Gravity displacement sterilizers. Seems many techs want to state that gravity displacement can ONLY achieve a 250F temperature parameter. We need to ask why that is? When so many gravity sterilizer manufacturers have their units able to achieve 274F. Why do techs go to only the part but not the whole of a topic? Most likely I believe it’s simply because they don’t use that specific equipment. So they shorten their knowledge base on the topic, as it’s not needed. But what happens if you change employers and end up having to use that type of unit? Will you only go by what you’re brain has remembered, or will you use it to its fullest potential? Heck, why do instrument and supply manufacturers do the same? Can’t count how many MIFU’s I’ve read where they state “250F” and sending in inquiries, they had no clue a gravity displacement unit could run at 274F.
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Looking for a single-instrument solution to volatile analysis that can handle multiple compound types without any changeover routines or downtime? SIFT-MS is that single-instrument configuration solution, providing high sensitivity, specificity, speed, and stability across a wide range of compounds. Learn more at https://hubs.ly/Q02QR5cv0
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Laboratory Sales Solutions - Agilent Technologies - Italian Market - TP Spain presso Teleperformance
Your move. Your scale. Your needs. When it's time to move equipment, a capable partner is key – one who understands the value of your fleet, the complexities of deinstallation and reinstallation, and the intended workflows of your new space. For your next move, partner with Agilent to ensure a science-ready transition: minimal downtime, a faster return to science, and the peace of mind that comes with a post-move performance guarantee. Moving a few Agilent instruments a short distance? Explore our Instrument Relocation page. Moving your entire lab, including samples and furniture? Learn how CrossLab Relocation Services can manage all the details and deliver a turnkey lab move. Whichever option suits your needs, Agilent handles it all, for your best move yet. #relocation #equipment #lab #instrument #services #agilent
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Dose is a crucial variable in any electric beam application. From setting up a new beam to exploring new applications, during troubleshooting and after routine maintenance, dosimetry is an essential tool for ensuring optimal performance. Read more at https://lnkd.in/gnXR-qji #UVEBTechnologyMagazine
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If you’re looking to integrate motorized components and controllers into a larger scientific instrument or device, it’s important to confirm their operation and control to verify that the unit works properly. We explore 2 easy ways to do this over on the #blog: https://brnw.ch/21wKRAE
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Don't miss our latest video on troubleshooting pH electrodes! Gain valuable insights and practical tips for optimizing your pH measurement processes. Learn how to identify common issues, troubleshoot problems effectively, and ensure accurate pH measurements every time. #pHelectrode #processautomation #GFSignet
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Consultant enabling industry 4.0 digital transformations for businesses seeking to improve efficiency, data integrity & sustainability. #SaaS #DigitalTools
What do you need to consider when calibrating a pressure switch? Pressure switches are very common instruments in the process industry and need to be calibrated to ensure their accuracy and reliability.?The wrong kind of calibration can cause many errors in the calibration result. Read the Beamex white paper and learn: - How does a pressure switch work? - Related terminology that you may need to know - Normally-open/normally-closed - Safety pressure switches - How to calibrate pressure switches - Steps in switch calibration #Beamex #Calibration #pressuremeasurement #pressureswitch #pressurecaibration
Pressure switch calibration | Beamex white paper
resources.beamex.com
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?? What are the advantages of in-situ calibration? ? In-situ calibration of measuring instruments is carried out in numerous industrial processes. ?? The main advantage is obvious: the instruments remain installed, so the process does not have to be opened. ?? In the following blog article, Jing (Tony) Lyu uses the example of a pressure switch to show the advantages and requirements for in-situ calibration: https://lnkd.in/ec27ZdnD #WIKAgroup #calibration #WIKAforCalibration #Accuracy #CalibrationServices?
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?? What are the advantages of in-situ calibration? ? In-situ calibration of measuring instruments is carried out in numerous industrial processes. ?? The main advantage is obvious: the instruments remain installed, so the process does not have to be opened. ?? In the following blog article, Jing (Tony) Lyu uses the example of a pressure switch to show the advantages and requirements for in-situ calibration: https://lnkd.in/ec27ZdnD #WIKAgroup #calibration #WIKAforCalibration #Accuracy #CalibrationServices
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A simple explanation on the difference between #calibration and #verification below.
This post is aligned with the scope of HeartBeat #technology and its connection to the terminology of both calibration and verification. Customers often use the terms "verification" and "calibration" interchangeably, which is technically incorrect. To eliminate this confusion, we will clarify the distinction through a detailed explanation and visual representation, ensuring a clear understanding of both concepts and how to use them accordingly. To clarify, verification is not the same as calibration. #Calibration, by definition, is the comparison of an instrument's measurements to a known standard to identify any measurement errors. It is important to note that calibration is purely a comparison process and does not involve making adjustments to the instrument. If any adjustments are made, the device must be recalibrated afterward. #Verification, on the other hand, is the provision of objective evidence that an instrument meets specified requirements, such as the Maximum Permissible Error (MPE). This can be defined by the manufacturer, a legal #metrology body, or an end user depending on the application. While calibration and verification share similarities, they also have distinct differences. Below is a comparison between calibration and Heartbeat verification: -Both calibration and HeartBeat verification are compliant with ISO 9001:2015 standards, ensuring #traceability. -Calibration requires external #testing equipment, such as Endress+Hauser Group mobile flow rig, and involves a thorough testing process with a depth exceeding 99%. However, this requires the flow meter to be removed from the #process, causing a temporary interruption. -HeartBeat verification, on the other hand, does not require process interruption or the removal of the meter. However, the testing depth reaches up to 95%, which is still substantial but slightly lower than calibration. This trade-off is reasonable, as illustrated by the French proverb: "On ne peut pas avoir le beurre et l'argent du beurre" (you can't have the butter and the money from selling it). From a cost perspective, verification is also more economical than calibration. I hope this explanation provides clarity and dispels any confusion surrounding the differences between verification and calibration.
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