⏳ Reminder: Our Webinar is Just Around the Corner! ⏳ Still fine-tuning your induction heating process through conventional trial-and-error methods? What if you could optimize coil geometry, heating time, and frequency before running any physical tests? Join us for "Smarter Heat, Leaner Manufacturing: How #Simulation Transforms #InductionHeating into a High-Yield Process", where we’ll show how #JMAG simulation helps manufacturers: ✅ Reduce energy consumption ✅ Improve first-pass yield ✅ Minimize part rejection & downtime 📅 Date: April 22 🕛 Time: 12 PM (PCT) / 3 PM (EST) 🔗 Register now: https://lnkd.in/dEgy5ycK Don’t miss out on practical insights to make your #manufacturing process more efficient and cost-effective!
🔥 Explore the Benefits of #Simulation in #InductionHeating Processes🔥 #Manufacturers across industries — #automotive, #aerospace, #heavymachinery, and more—rely on induction heating for high-performance components. Yet, many processes remain under-optimized, leading to excessive energy use, dimensional variation, and costly rework. 💡 What if you could optimize coil geometry, heating time, and frequency before physical trials begin? With JMAG, engineers can simulate electromagnetic fields, thermal profiles, and material phase transitions, and mechanical responses with high precision—turning induction heating from a cost driver into a precision-controlled, high-yield process. 🔹 Lower energy consumption 🔹 Improved first-pass yield 🔹 Reduced part rejection & downtime 🚀 Join Srihari Gangaraj on April 22 at 12 pm (PCT) / 3 pm (EST) to explore how simulation transforms induction heating into a High-Yield Process. Register now and take control of your process efficiency! 🔗 https://lnkd.in/dEgy5ycK
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