SensoTech

Want to run your pickling line faster without risking rejects? Join our webinar and see how real-time concentration monitoring with LiquiSonic lets you safely push throughput, prevent underpickling at high speeds, and maintain consistent surface quality. You’ll learn practical integration strategies for existing HCl and H2SO4 lines. Also included: new pickling bath technology and a case study with real customer feedback. 🗓 15 & 16 Sept | Several time slots 🗣 English | 30 min

In this webinar, you’ll learn how to move from manual sampling to fully automated acid control. We’ll walk through real installations where inline ultrasonic analyzers continuously track acid and metal salt concentrations, stabilize the pickling process, reduce operator workload, and significantly lower acid and waste treatment costs. Also included: new pickling bath technology and a case study with real customer feedback. 🗓 15 & 16 Sept | Several time slots 🗣 English | 30 min

If acid costs and sludge disposal are eating your budget, join this webinar. We’ll show you how precise inline concentration measurement allows you to operate closer to optimal setpoints, avoid unnecessary acid dumps, extend bath life, and maintain stable pickling performance—all with robust sensors designed for harsh steel environments. Also included: new pickling bath technology and a case study with real customer feedback. 🗓 15 & 16 Sept | Several time slots 🗣 English | 30 min

Free Webinar | Consistent pickling results start with stable bath quality. In steel pickling lines, acid and iron salt concentrations continuously change during operation. If these values are not monitored reliably, process deviations may be detected too late, leading to unstable pickling results, increased manual sampling, and delayed process decisions. In our free webinar, we show how inline monitoring of acid and iron salt concentrations helps create more transparency in pickling baths, supports acid dosing, and enables earlier detection of process deviations. This webinar is designed for process, quality, production, and engineering teams working with steel pickling lines, strip processing, acid dosing, or process automation. What you will learn: • Why acid and iron salt concentrations are critical for pickling bath quality • How inline monitoring helps detect deviations earlier • How real-time measurement can reduce sampling-based lab delays • How new pickling bath technology can support modern line monitoring • How LiquiSonic® supports stable and efficient pickling processes • What a practical case study reveals through real customer feedback 🗓 Free webinar | 🗣 English | 30 minutes 15 & 16 Sept | Several time slots available 👉 Register via the event https://lnkd.in/eiHr2Hnp

Free Webinar | Stabilize semiconductor wet processes with real-time concentration monitoring Small concentration deviations in critical wet processes can affect quality, increase chemical consumption, and create unnecessary manual workload. Inline concentration monitoring via sonic velocity helps detect deviations earlier, stabilize wet processes, reduce sampling effort, and improve chemical control in semiconductor production. Who should attend • Process engineers in semiconductor manufacturing • Quality engineers • Equipment engineers • Teams responsible for wet process stability and chemical control What you’ll take away • How real-time inline concentration monitoring via sonic velocity works in practice • How to improve control of critical wet processes such as SC1 cleaning, SC2 cleaning, buffered oxide etching, and related cleaning, etching, and development steps • How to detect process drift earlier and respond faster to concentration changes • How to reduce manual sampling and support more stable, consistent production processes 🗓 Free webinar | 🗣 English 👉 Register via the event https://lnkd.in/d4CuQVQu

In semiconductor manufacturing, chemical concentration measurement is key to stable wet processes. Cleaning processes such as SC-1 and SC-2, etching processes such as BOE, and development processes in semiconductor manufacturing place high demands on the monitoring of chemical concentrations. The more precisely these processes are controlled, the easier it becomes to maintain process windows, reduce fluctuations and operate systems reliably. Ultrasonic inline measurement technology offers significant potential in semiconductor manufacturing: It makes relevant process data continuously available, provides transparency about the current condition of process media and supports a fast response to changes. This helps operators run their processes more stably, use resources more efficiently and strengthen process safety. With LiquiSonic®, SensoTech offers a solution for continuous concentration measurement directly in the process, delivering real-time information on critical process parameters for greater control, better traceability and more efficient process management in semiconductor manufacturing. Further information is available on our landing page about concentration measurement in the semiconductor industry: ➡ https://lnkd.in/d_x55fjq We also invite you to join our webinar on this topic on May 20: ➡ https://lnkd.in/dYGwmV85 #SensoTech #LiquiSonic #SemiconductorIndustry #Semiconductor #ProcessMonitoring #InlineMeasurement #ConcentrationMeasurement #WetProcess #ProcessAnalytics