Don't let precision slip through the cracks! Calibrating your pipettes isn't just a routine task, it's a crucial step in ensuring accurate results and maintaining the integrity of your research. At Scientific Calibration, we understand the significance of every measurement. Let us help you uphold the highest standards of accuracy. Trust the experts and keep your science on point! #ScientificCalibration #PrecisionMatters #AccuracyIsKey
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Are you still doing manual titrations?👩🔬 If so, did you know that you can improve the accuracy and precision as well as save time and costs by switching to automated titration? Download our free white paper "Manual vs. Automated Titration: Benefits and Advantages to Switching" now: https://brnw.ch/21wEGLb #metrohm #chemistry #labequipment #analyticalchemistry #titration
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Are you still doing manual titrations?👩🔬 If so, did you know that you can improve the accuracy and precision as well as save time and costs by switching to automated titration? Download our free white paper "Manual vs. Automated Titration: Benefits and Advantages to Switching" now: https://brnw.ch/21wEGCL #metrohm #chemistry #labequipment #analyticalchemistry #titration #metrohmindia
White paper: Manual vs. Automated Titration: Benefits and Advantages to Switching
metrohm.com
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🔬 Precision, Perfected. In the realm of scientific inquiry, every detail matters. That's why we're proud to introduce custom-labeled labware – because accuracy shouldn't be an afterthought. When a fellow scientist requested direct labeling on a glass NMR tube, we listened. Your experiments, your standards, meticulously met. Embrace the precision, streamline your workflow. Ready to elevate your lab experience? Let's discuss tailored solutions for your scientific pursuits. #NOSTICKERS #TubeLabeling #labefficiency #labautomation #LifeSciences
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🎨🔬 In the realm of laboratory precision, a seemingly simple tool can make a monumental difference. Introducing the unsung hero of the lab: paint measuring pots! Discover how these key instruments are not just containers, but catalysts of consistency and accuracy in our latest feature. [#paintmeasuringpots]( https://bit.ly/4f8WQ82) 🌟Accurate measurements are the heartbeat of scientific research, pulsing through each experiment to ensure results are not just achieved, but replicated and validated. Paint measuring pots are at the forefront of this endeavor, offering a blend of precision, control, and efficiency that is crucial for success in the lab. 🧪⚖️Why settle for approximations when you can harness the power of accuracy with these ingenious vessels? They're not just pots; they're your ticket to credible, noteworthy discoveries! Embrace the confidence that comes from knowing every drop counts and every result is a testament to your dedication to excellence. 🏆✨Join us as we pour over the details that make paint measuring pots indispensable in any experimental toolkit. From the first drop to the last mix, witness the transformative impact of meticulous measurement on your research outcomes. Dive into our comprehensive analysis here: [Paint Measuring Pots – The Secret Ingredient to Laboratory Success]( https://bit.ly/4f8WQ82) 📊💡Remember, in the laboratory of life, precision is your ally, and paint measuring pots are your trusted companions. Let's raise our measuring cups to experiments that paint a picture of reliability and success! #Accuracy #LabExperiments #ScientificInnovation
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Achieve consistent, high-quality results with our reliable general lab instruments. Designed for precision, these tools are essential for any lab looking to perform accurate experiments every time. #LabPrecision #ReliableResults #LabInstruments #ScienceSolutions #ResearchExcellence
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#SLAS2024 Review highlights part 2: 2) Rapid pipetting accuracy devices (Hamilton Company Veriplate and Next Advance CheckIt Go system) Liquid class measurements have typically been limited to either gravimetric (Hamilton LVK) or colourimetric (Artel) modalities. I was very happy to see a quick and simple method for determining pipette accuracy that leverages micro-channels to make measurements. Add your liquid, watch it traverse through the channels and see the final volume in real time with your own eyes. Simple, but effective. Some things I like about these devices are the ability to measure your relevant liquid, as opposed to a companies dye that may have different viscosity or liquid properties to what you actually want to measure. I also like that it is platform-agnostic. With the VeriPlate and the CheckIt being so cheap and accessible, it breaks down the barrier to proper volume testing - no more needing to rely on a back-pipetting step with a hand pipette to see how accurate your dispense was. While these systems are great for checking your accuracy, if you are looking to do a proper development of a new liquid class, they don't quite fit the bill. The Hamilton LVK can be set up to take hundreds of measurements in an automated manner to tweak your liquid class just right. The Artel can give you independent measurements of each channel in a 96-channel head of a liquid handler. Either of these steps would be very slow or very costly with the Veriplate or the CheckIt. With that said, there are many protocols in the lab that don't require 100% accuracy or precision, and this fact is often overlooked by scientists looking for perfection (and not clued into by engineers without a science background!). If you're adding enzyme to a reaction, it's often stoichiometrically in excess. Your need for "exactly 2.5uL" is realistically more like "at least 2uL", and acknowledging this fact from the beginning of development can make things go much quicker and more smoothly. If the biology works in practice, the CV of your pipetting step doesn't matter. Realizing these small details are why someone who is trained as both a biologist and an engineer can bring the most value to automating your lab processes.
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Poor pipetting technique can impact the validity of your experiments. Learn how to reduce pipetting errors so you can ensure accuracy in the lab: http://ms.spr.ly/6042iV2wk
How to Reduce Pipetting Errors
corning.com
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❓How do you perform low temperature reactions in your lab? ❓Are you able to maintain efficient cooling throughout your experiment’s duration? 👇 Our partner Radleys will answer these two questions and many more during their webinar where they'll explore: ✅The theory of low temperature reactions, ✅The types of reactions that require cold temps ✅The challenges that chemists face when attempting to maintain low temperatures during reactions. 📍 Webinar 📅14 & 15/05/2024 🕔Multiple times available Register here👉https://lnkd.in/eznWqFpX #realtimechem #coldchemistry #chemistryexperiments #lowtemperaturechemistry
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Interested in learning about chromatography? Our simple guide breaks down the basics of this essential lab technique. From understanding different types of chromatography to tips for successful separation. Read now - https://lnkd.in/eDKrhsBS
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How do you perform low temperature reactions in your lab? Are you able to maintain efficient cooling throughout your experiment’s duration? Join our upcoming webinar where we will explore the theory of low temperature reactions, the types of reactions that require cold temps & the challenges that chemists face when attempting to maintain low temperatures during reactions. Register here - https://lnkd.in/gTvtddSq #webinar #realtimechem #coldchemistry #chemistryexperiments #lowtemperaturechemistry #Radleys #Inkarp
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