Sensirion

Joining hands for a greater cause 💚 Our colleagues in Hungary recently joined the Blue Bucket Collection Action, a heartwarming initiative organized by the DORKÁSZ Service. This program is dedicated to collecting durable food to support elderly individuals, families with limited resources, and those dealing with long-term illnesses. Through their efforts in filling 12-litre Blue Buckets with non-perishable food, our Hungarian team contributed to supporting communities and alleviating everyday challenges. Thank you to everyone who contributed to this initiative!

Wrapping up the year in the sweetest way 🍪 Our annual end-of-year aperitif, organized by our talented apprentices, was filled with laughter, good conversations, and delicious treats. The much-anticipated cookie contest stole the show, with incredible creations recognized for both their taste and creativity. Thank you to everyone who baked, tasted, and voted—it’s traditions like these that make this time of year so memorable. Wishing you all warm season's greetings and a joyful start to the new year! Which cookies would have gotten your vote?👇

In this interactive discussion, Konrad Domanski, Product Director of Liquid Flow Sensors, and Arthur Kucharski, Key Account Manager Medical, will explore the evolving role of sensors in the healthcare industry. They will highlight how innovative sensor technologies are transforming patient care and enabling more effective, efficient treatments. Join them as they discuss: ✅ The shift towards home care and the transition from intravenous to subcutaneous injections with large-volume injectors (LVIs). ✅ The critical role of integrating flow sensors into LVIs for drug dosing, detecting occlusions, identifying in-line air bubbles, flagging pump malfunctions, and measuring liquid temperature. ✅ Our series of compact, accurate, and cost-effective digital liquid flow sensors, designed for precise flow measurement, with a thermal measurement principle and customizable options. 👉 Watch the webinar now for free: https://scom.ly/DjjPbZd Have questions? Feel free to reach out to our experts directly. ✉️ #healthcare #largevolumeinjectors #liquidflow #flowsensors #Sensirion

Join the STMicroelectronics Innovation Challenge now. Boost your business development with expert advice and outstanding technology. And qualify for a pitch slot in the Grand Pitch Finals at HANNOVER MESSE. Final submission deadline is on February 6th 2025.

A groundbreaking study led by Michal Andelman-Gur and Noam Sobel from the Weizmann Institute of Science has demonstrated that nasal airflow patterns can distinguish Parkinson’s disease (PD) patients from healthy individuals with 87% accuracy. 🔬 The research revealed that PD patients exhibit longer and less variable inhalations compared to control patients, with these altered breathing patterns also correlating with disease severity. By leveraging a wearable device for real-world 24-hour monitoring, the study paves the way for non-invasive diagnostic and prognostic tools, enabling earlier detection and better management of Parkinson's disease. Our highly sensitive SDP3x differential pressure sensor was employed to measure nasal airflow. Integrated into the wearable device, it was used to convert pressure variations into detailed airflow data, capturing the temporal respiratory dynamics essential for identifying PD-specific patterns. Its miniaturized design, unmatched accuracy, and real-time data capabilities made it an important part of this innovative approach. 👉 Ready to bring the power of the SDP3x to your next project? Explore its versatility and see how it can elevate your solutions today: https://scom.ly/58qa4KN 🔗Interested in the complete study? https://scom.ly/mnz5kqq

Developers love the ESP32 microcontroller for its versatility and affordability. Now, integrating Sensirion sensors into your ESP32 projects is even easier. Our open-source library handles the complexities, allowing you to focus on innovation. Whether you're using Adafruit Industries or SparkFun Electronics breakout boards, or our own sensors and modules, this library simplifies the process. Start building today! ▶️ https://lnkd.in/ewkHjEap Looking for even more driver options? Check out our GitHub page for a wider selection! ▶️https://lnkd.in/dGEUb7R3 #MakerMonday #MakeItWithSensirion #ESP32 #Sensors

Are your products and processes ready to embrace the future of healthcare? Our specialist article highlights the dynamic field of digital health, offering valuable perspectives on the importance of sensor technology. Key insights include: ✅ How current healthcare challenges fuel innovation in digital health ✅ The frameworks shaping the adoption of digital health solutions ✅ The game-changing impact of sensors on wearable device usability Get a sneak peek and dive into the first pages! 📥 Don’t miss out—download the article for free: https://scom.ly/oqxY8kl

Today is Nobel Prize Day 🪙 Nobel Prize-winning breakthroughs have pushed sensor technology forward, shaping fields like medicine, chemistry and physics. From sensors enabling sharper imaging to those helping us understand how we feel heat, touch, and pain, The Nobel Prize has illuminated the transformative role sensor technology plays across industries. They’ve made the invisible visible and transformed the way we experience life. At Sensirion, we’re inspired by how these innovations help us push the boundaries of what sensors can do. As we look to the future, we can’t wait to see how upcoming breakthroughs in research and sensor technology will shape even more of what we do, and how we live. This timeline highlights key moments where research helped make the impossible possible. What are you most excited about in the future of sensor technology? Let us know in the comments! #NobelPrizeDay #Innovation #SensorTechnology #ScienceForLife #Sensirion

Worried about the air your baby breathes? This project lets you build your own smart air quality monitor perfect for baby rooms! Imagine the convenience of voice control. Simply ask it to adjust the fan or humidifier as needed. This project uses a Raspberry Pi and our SEN55 sensor module to track temperature, humidity, and particulate matter, keeping your baby comfortable and safe. Plus, the future's bright! The upcoming SEN66 sensing platform lets you add CO2 monitoring to a project like this. Ready to build your own? ▶️https://lnkd.in/dAFK5Gqq Want to learn more about SEN66? ▶️https://lnkd.in/dECH7vM5 #MakerMonday #MakeItWithSensirion #DIY #smarthome #IoT

Missed our webinar on refrigerant leakage detection sensing? We've got you covered! Our industry experts Stephan Stutterheim, Gary McNelly, and Chris Grigson shared valuable insight into the future of HVACR refrigerant leakage sensing technology. Here's what they covered: 1️⃣ Proven leakage detection technologies: how they meet current and future industry demands 2️⃣ A2L refrigerant detection systems & compliance: insight into UL60335-2-40 standards in the US 3️⃣ Our SGD43S-M3-Sx system: unique features and capabilities Watch the recording any time you want 👉https://scom.ly/jR8JBv8