PI Ceramic GmbH

📄 Mastering Microfluidic Challenges with Piezo Technology Would you like to gain a competitive edge in medical technology? Then discover in our latest white paper how piezo components are revolutionizing microfluidic tasks. Learn about: ✔️ The advantages of piezoceramics in microfluidics ✔️ The limitations and how to overcome them ✔️ Special applications and the unique benefits of piezo actuators Find out why partnering with PI Ceramic ensures tailored solutions for your microfluidic applications, from materials development to precise production. 👉 Download the white paper now and explore the possibilities!  https://lnkd.in/edxQAyrD #PI #PICeramic #PhysikInstrumente #Microfluidics #MedicalTechnology  

💨 Piezo Technology for Advanced Respiratory Drug Delivery Chronic respiratory diseases require precise and effective treatments. Piezo-driven aerosol generation transforms how medications are delivered, enabling ultra-fine nebulization for deep lung penetration. With silent operation, gentle handling of active ingredients, and an energy-efficient design, piezo technologies support portable, battery-powered inhalers that improve patient comfort and therapy outcomes.   Want to see this innovative technology in action? 🎥 Watch our latest video to explore the incredible potential of piezo elements in aerosol generation!  https://lnkd.in/ecywXJmA   #PI #PICeramic #PhysikInstrumente #RespiratoryTherapy 

🔬 Piezo Technology Driving Precision in Cell Sorting Cell sorting plays a critical role in modern medicine and research, enabling the analysis and enrichment of specific cell types from complex samples like blood or tissue. At the core of the technology are piezoceramic components which power innovative sorting methods in flow cytometry and lab-on-a-chip systems. ➡️ Pressure pulse sorting: Piezo actuators generate dynamic pulses to direct cells through microfluidic channels, ensuring rapid and precise sorting. ➡️ Acoustic wave sorting: Piezoelectric transducers create contact-free sorting using soundwaves to separate cells according to size or density. These two methods based on piezo technology are shaping the future of medical diagnostics and research by providing reliable and efficient cell sorting solutions. 👉 Learn more about the potential of piezo components in cell sorting on our website!  https://lnkd.in/ervBciNB #PI #PICeramic #PhysikInstrumente #Microfluidics #CellSorting #Innovation  

🤝 Precision Meets Innovation in Modern Reproductive Medicine     When it comes to assisted reproductive technologies (ART), precision is critical. The piezo-ICSI method, driven by advanced piezoelectric technology, offers new hope for couples undergoing fertility treatment. By enabling precise movements of micropipettes during intracytoplasmic sperm injection (ICSI), piezo elements improve fertilization rates, provide support in fragile egg syndrome cases, and enhance outcomes for women over thirty-five.    With decades of expertise, PI Ceramic develops tailored piezo solutions that enable groundbreaking procedures like piezo-ICSI, advancing the field of reproductive medicine.     👉 Dive deeper into this innovation in our latest blog post from our colleague Dr. Franziska Buch: https://lnkd.in/efT-nfBZ    #PI #PICeramic #PhysikInstrumente #ReproductiveMedicine #FertilityTreatment #Innovation 

💡 Piezo Technology Driving Precision in Micropumps and Dosing Applications In applications like laboratory technology, medical devices, and chemical analytics, precision is key. Piezoelectric elements and actuators enable dynamic micropumps to deliver exact dosing volumes—from milliliters to picoliters—meeting the needs of even the most demanding processes. With high cycle rates reaching the kHz range and compact, energy-efficient designs, piezo-driven micropumps excel in lab-on-a-chip systems, ensuring reliable metering of liquids and gases. Whether deflecting a diaphragm for microdiaphragm pumps or precisely opening and closing valves, piezo technology offers unmatched control and flexibility for advanced dosing systems. 👉 Visit our website to learn how piezo solutions are enabling next-generation dosing technology!  https://lnkd.in/eu4pAEFC   #PI #PICeramic #PhysikInstrumente #Microfluidics #DosingTechnology

🌬️ Efficient Dosing for Reliable Respiratory Treatment with Mesh Nebulizers Lower respiratory diseases are challenging, especially for chronic patients. For effective treatment, oscillating mesh nebulizers with advanced piezo technology offer a breakthrough in aerosol treatment. These nebulizers create ultra-fine aerosols that deliver medication deep into the lungs, ensuring gentle relief while minimizing side effects. Portable, battery-powered, and ultra-quiet, these inhalers allow patients to administer treatment on the go, improving their quality of life. With PI Ceramic’s expertise, manufacturers can integrate precision piezo components tailored to maximize the performance of these life-enhancing devices. 👉 Discover more about piezo-driven aerosol generation for respiratory treatment on our website.  https://lnkd.in/eKxEqju6  #PI #PICeramic #PhysikInstrumente #RespiratoryTherapy #MedicalTechnology #Nebulizers #Innovation 

Sustainable Lead-Free Piezoelectric Solutions from PI Ceramic In addition to series components made from PZT, PI Ceramic also offers alternative lead-free materials such as Bismuth Sodium Titanate (BNT) and Potassium Sodium Niobate (KNN). Why Lead-Free? Our lead-free piezoelectric materials not only support a more sustainable future but also show promise in a variety of applications. With minimal restrictions in shaping, we can provide viable alternatives for numerous lead-containing components while maintaining similar geometries. Key Highlights: ✳️ BNT Materials: Ideal for thickness oscillation applications, particularly effective in air bubble detection and flow sensors. They boast high depolarization temperatures, allowing for unique processing methods like low-melting soldering. ✳️ KNN Components: Excellent for planar applications, KNN serves as a versatile substitute for PZT in air ultrasonic sensors, power transducers, nebulizer units, and more. Read more here 👉🏻 https://lnkd.in/e9Ecj-iS

Day 2 at electronicaFair 🤩 After an exciting first day here electronicaFair, we’re diving into day two with even more energy and enthusiasm. It’s been fantastic connecting with so many forward-thinking professionals, and we’re thrilled to have our experts, Markus Buß and Alexander Conrad, on-site and ready for engaging discussions. If you haven’t stopped by yet, come visit us at stand 412, Hall B3 – let’s connect and explore opportunities to shape the future together! #electronica #Networking #Innovation #Industry

🚀 Day 2 of the ISPA 2024! 🚀 Our experts Paula Huth and Timo Scholehwar are on-site, energized, and ready for insightful conversations and valuable exchanges. Don’t miss the chance to connect and explore new perspectives! We’re excited to discuss the latest trends, innovations, and future developments with you. Stop by and say hello – we look forward to connecting! #PI #PICeramic #ISPA #Networking #Innovation #Industry #LeadFreePiezoceramics #JoinUs

💨 Vibrations Generated by Piezo Elements Enable Ultra-Fine Nebulization of Medication for reliable therapy  For patients with respiratory conditions like asthma, COPD, or cystic fibrosis, precise and comfortable aerosol therapy is essential. Using piezo-driven oscillating mesh nebulizers, medications are transformed into ultra-fine aerosols, allowing them to reach deep into the lungs. Oscillating mesh nebulizers with a piezoceramic ring inside, gently nebulize complex proteins without heat or high shear forces, preserving their effectiveness for target therapies.   The low energy requirements of piezo elements also enable compact, battery-powered devices for on-the-go relief.  👉 Discover more about the piezoceramic rings and the application on our website!  https://lnkd.in/ecywXJmA #MedicalTechnology #RespiratoryCare #Nebulizers #MicroFluidic #PI #PhysikInstrumente