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The trick to fighting the evil empire is you have to optimize your cloning process fully for speed, cost, accuracy and efficiency.

Looking to upgrade your CVD tool? Discover the advanced capabilities of Samco Inc.'s #PECVD system, PD-200STL: 🔹 Safety: Liquid precursor compatible for safe and easy deposition of silicon nitride and silicon oxide films. 🔹 Control: Unique cathode-coupled configuration enables rapid deposition of high-density conformal films. 🔹 Versatility: Cathode-anode switching capabilities, with RF power applicable to either the upper or lower electrode for optimized film properties. Stay ahead in semiconductor technology with Samco's cutting-edge solutions. Read more in our Technical Report below ⤵ #ThinFilm #ThinkSamco #CVD #Semiconductor #PartnersInProgress #PlasmaEnhanced #SemiconductorInnovation

#IntelligentSensorSolutionsExplained 💡 Mass spectrometry is used for the identification and quantification of chemical compounds based on their mass-to-charge ratio. When deployed as a #gasanalyzer, mass spectrometers can measure gas mixtures to determine composition of species, isotopic analysis and trace level contaminants or impurities. This technology is widely used in #semiconductor manufacturing to characterize the composition of #vacuum chambers with high sensitivity and precision. Applications include air leak detection, process monitoring and contamination analysis in PVD, ALD, CVD, Etch, Lithography, Diffusion, RTP, Implant, Metrology and other semi processes. #Massspectrometry based residual gas analyzers are critical for maintaining a clean and controlled environment in vacuum systems and process chambers during semi manufacturing. Additionally, this technology can help identify and analyze contaminants on incoming semiconductor #wafers that could contaminate a tool or chamber. This provides an opportunity to interdict and isolate the contaminated equipment, avoiding mass scrap events from excursion events. Failure analysis is aided by mass spectrometry and plays a key role in identifying and analyzing anomalies in semiconductor processing equipment – important for maximizing yield and throughput. ➡️ To learn more about residual gas analyzers using mass spectrometry, visit: https://lnkd.in/dU8h4p4u Also, watch our on-demand webinar to learn about Transpector APX for ALD, CVD and Etch applications https://lnkd.in/dPViGK-c #INFICON #Massspec #Transpector #RGA #Residualgasanalyzers #Semiconductor #GasAnalyzer #IntelligentSensorSolutions #Innovation

Still working with #vacuum without know what is in there? Things can be made easier. #gasanalysis is one of the diagnosis techniques you can use to improve the control you have over your system...

🚀 Discover THERCAST® NxT 3.0 new features! 🚀   We're thrilled to announce that THERCAST® NxT 3.0 now simulates rotating and traveling magnetic fields in liquid metal, crucial for the continuous casting process. This update allows detailed analysis of the Lorentz force field, enhancing our understanding of electromagnetic stirring (M-EMS, S-EMS, F-EMS).   Key features include: 🔍 Full EM device descriptions and Lorentz force computations 📊 Analytical Lorentz force fields by space and time 🛠️ Structured grid force computations with external tools   These advancements provide deep insights into magnetic field interactions, solid skin formation, temperature distribution, and defect analysis.   Discover more about our latest capabilities and their benefits: https://lnkd.in/duB5c-SZ Join us in pushing simulation technology boundaries!   #THERCAST #Simulation #ContinuousCasting #ElectromagneticStirring #Innovation #Engineering #Manufacturing #transvalor François FRASCATI Arianna Gotti  

Becoming adept in thin film deposition is critical to create high quality semiconductors, optical coatings, and wear-resistant surfaces for thin film electronics and microelectronics. There are two main methods for thin film deposition: Physical Vapor Deposition (PVD) and Chemical Vapor Deposition (CVD). Learn the difference between these two methods in this Wevolver article: https://hubs.ly/Q02MTqb_0

At Lam, we are driven to prove what's possible, #IProvedItLam by Lam Cryo 3.0 Lam Cryo 3.0 which is cryogenic etch technologies overcome manufacturing challenges in scaling 3D NAND vertically, laterally, and logically. Learn more about Lam Cryo 3.0 technology! 😀 #LifeAtLam #IProvedItLam

We're excited to share our latest work on Atomic Layer Deposition #ALDep and its impact on tuning transport properties of #thermoelectric thin films. In this study, we successfully synthesized Sb2Te3–Sb2Se3 nanostructures using thermal ALD, achieving precise control over layer thickness and functional properties. Our research highlights the potential of ALD to improve the electrical performance of metal chalcogenides and provides valuable insights into achieving high performance in 2D materials. Jun Yang, Mohammadreza Daqiqshirazi, Dr. Sebastian Lehmann, Kornelius Nielsch https://lnkd.in/dvkdWaJb

Application report outlines the analysis of high purity #lead using the SPECTROLAB S stationary #metalanalyzer and its propriety CMOS technology. Learn more: https://lnkd.in/eUh2JdAB #metalanalysis #foundry #OES

We are launching a series of video presentation of our #Nanofabricator Lite product and its advantages. Check it out! Soon more interesting video would come! #NanofabricatorLite #AdvancedManufacturing #AtomicPrecision #Microelectronics #SemiconductorIndustry #DirectAtomicLayerProcessing #DALP #Photonics #ATLANT3D #lithography #coatings #thinfilms #deposition #coatingsindustry