Wondfo’s Post

🔬 Introduction to Wondfo SmarLumi FC-2100 Clia Analyzer: The perfect balance of speed, accuracy, and efficiency in a compact design! 🌟 ●Minimal Space: Just 0.64㎡ required ●Rapid Results: 1st result in <12 mins, with a throughput of 200 tests/hour 👨🔬 ●Precision: Achieves analyzer precision with CV≤5%, and advanced cleaning to prevent carryover ●STAT mode: Emergency sample supported with a special emergency sample rack.

Discover how hexapods achieve submicron accuracy, positioning optical fibers in six degrees of freedom. Their parallel-kinematic design ensures dynamic motion on all axes, while the freely definable center of rotation allows flexible adaptation. Uncover the unsung hero for efficient, high-precision positioning processes in our video 👉:  Hexapods (physikinstrumente.com)

The Quantum Engineered Products Blank Side Forming System can be reconfigured for different center distances and gob configurations. Learn more on Glass Open Book (GOB) - https://lnkd.in/dTNDZXB #glassindustry #glass #glassopenbook #GOBShowcase

🌿Why measure both Visible and Infrared?🌿 📷 In this picture, you can find a result obtained from a measurement of the prototype of the NIREOS #HERAVISSWIR I'm developing for the European Innovation Council and SMEs Executive Agency (EISMEA) #HYPERIA project. 🔍 The picture is a comparison between reflectance spectra before and after dehydration from leaves stored in and out of the fridge after 5 days from being harvested. 🌈 Panel a) and b) show the RGB image extracted from the #hyperspectral data of the same leaves before and after the 24-hour dehydration process. 🍃 Panel c) and d) show the spectra corresponding to #lettuce and #basil leaves either stored refrigerated or not. For the refrigerated leaf, two-point spectra are plotted to show the great variation even in a single leaf. This highlights why the information in every pixel matters. 🌱 Looking at the spectra it is possible to see the #water absorption band locations (highlighted in blue) around 980, 1200, and 1450 nm. Moreover, it is possible to clearly distinguish the #Chlorophyll A and B absorption bands which are located at 670nm and 630nm, respectively. 💡 Remarkably, this is performed using a single camera measuring from 400 to 1700 nm, from the visible to the infrared and with 1024x1280 pixels, a very high resolution considering the #SWIR range. #hyperspectral #spectroscopy #hyperspectralimaging #SWIR

〰 Most real surfaces aren’t flat. Failing to correct for curvature-induced effects during nanoindentation testing can lead to inaccurate modulus calculations. 📰 This application note addresses the real-life situation of non-flat surface conditions in a monolithic metallic #glass and how to correct for curvature-induced effects on the indentation modulus by using an equivalent radius. 🔎 Check it out to see how performing this correction reveals an elastic microstructure in a metallic glass, despite the existence of only a single amorphous phase. 👉 https://lnkd.in/g-NcBy9W This app note features the work of two guest authors from the Federal Institute of Materials Research and Testing (BAM) in Germany: Dr. Birte Riechers Prof. Dr. Robert Maass Bundesanstalt für Materialforschung und -prüfung #materialscience #materialtesting

Discover the state-of-the-art Theia-i Magnus Inclined Biological Microscope Model! This microscope, which was made with accuracy and adaptability in mind, provides: • Sturdy Construction: The die-cast aluminum body guarantees accurate and seamless handling. • Dual slide holder coaxial bow drive is an example of an advanced mechanical stage. • Fine Focusing System: 0.2mm fine focus revolution and a 20mm coarse focus range. • Optimal Illumination: For maximum brightness and extended life, select 3W LED or 6V 20W Halogen light sources. • Better Optics: Plan Achromat Objectives, anti-fungus treated optics, and a quadruple rotating inward nosepiece for sharp, long-lasting images. • User-Friendly Design: For comfortable and adaptable use, available in trinocular and binocular versions with rotatable and inclined heads. With Theia-i, experience microscopy at its best. You're in for unparalleled accuracy, dependability, and performance. #MagnusMicroscope #Theiai #BiologicalMicroscope #ScientificEquipment #MicroscopyExcellence #InnovativeOptics #wishmed #diaguru  Contact our customer service team at +61 2 8678 6499 or email sales@wishmed.com.au today. You can find the catalogue for this product below https://lnkd.in/gQSzESxg  Happy upgrading with Diaguru 😊

#100daysofamplifierdesign day 4 Today, i took a quick tour virtually in Sam Zeloof 's Home chip fab lab and i was able to understand better how some of the processes described yesterday were done. I also learnt how to make a MOSFET. Starting with a silicon wafer (P-type) with a crystal orientation of 100, the wafer is put in a furnance (for about 2 hours) till it grows extra 500 nanometers thick. After this, the wafer is etched in Hydroflouric acid. This wafer is provided an hydrophilic surface before doping by spinning on a phosphorous film (an N-type dopant since our wafer is P-type). Then it is put on a hot plate to bake away the solvents after which we place it in the furnance at more than 1000degrees celcius for 45 minutes to an hour, by doing this, the oxide layer is grown back and also make the n-type diffusion wells. This is etched again and grown back (thinner). Connections is made between the drain and source and our MOSFET is made. I learnt that, like Sam Zeloof, these processes can be made in an home lab by using less expensive tools or techniques. Eg, Sam Zeloof made his spinning coating machine from a fan he took from another computer and uses a tape to hold the wafer down. He also set up an illuminator with a fibre optic so he can better see his work. He also showed his tube furnance which he got at $35 from the great glass company. As described, i followed how he achieved the processes described above and yesterday in his home lab Pipeloluwa Olayiwola #100daysofamplifierdesign

📺 #Post-processing electronic parts not only enhances aesthetics but also fortifies performance. Surface finishing options available at Xometry include: ➡️ #Anodising: it protects parts from corrosion, provides durability, and makes parts non-conductive. ➡️ #Powder-coating: it increases surface smoothness and corrosion resistance. Powder coating can also be used for colouring. ➡️ Quenching and tempering are used to increase surface hardness and reduce brittleness. ➡️ Passivation protects parts from corrosion. ➡️ #Electroplating involves coating metals with layers of other metals to provide a shiny appearance and rust protection. 📰 Explore Xometry’s electronics development and production services: https://zurl.co/BS2u 🌐 Let Xometry manufacture your electronics. Get an instant quote: https://zurl.co/4RvA

Quality starts with purity. Screening glass powder is essential for maintaining consistency and eliminating impurities that could compromise its properties. From ensuring uniform particle size distribution to enhancing clarity and strength, this critical step in manufacturing guarantees high-quality, safe products for diverse applications. Galaxy Sivtek | Screening & Filtering Solutions TUMBLER SCREEN having 3D motion is the ideal solution for screening of Glass Powder. #GalaxySivtek #TumblerScreen #Sifting #screening #GlassManufacturing #QualityControl #ProductSafety"

Introducing beam lattices for Magics! Make your part lighter or more porous while maintaining complete control over the design. What else can you do with the new version? See it all here: https://mtls.am/4eWstSa #MaterialiseMagics #BeamLattices