MedicalDevices

Smarter Wound Care: The Science Behind Modern Wound Irrigation and Liquid Atomization

Chronic wounds cost the U.S. healthcare system more than $25 billion annually, and improper irrigation is a major culprit. However, the advent of simulation in medtech engineering has led to the development of cost-effective, safer, and more efficient wound care tools. These tools model fluid dynamics, spray patterns, and pump efficiency in silico, thereby reducing […]

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Zapped with Precision: How Laser Ablation Is Changing Minimally Invasive Medicine

Laser ablation is becoming the go-to technique for minimally invasive procedures ranging from tumor removal to cardiac arrhythmia correction. However, designing safe and precise ablation devices, especially those compatible with MRI, is no small feat. Here’s where the invaluable expertise of COMSOL engineers becomes crucial. Why Laser Ablation? Unlike traditional thermal or chemical ablation, laser

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Powering the Impossible — In Situ Battery Charging in Pacemakers and Implants

Rechargeable smartphones are great. Rechargeable hearts? Now that’s impressive. In situ battery charging for implantable medical devices, such as pacemakers, orthopedic stimulators, and neuroprosthetics, is rapidly evolving. And COMSOL engineers are on the front lines, using simulation to design devices that safely recharge inside the body without invasive procedures. The Challenge: Small Devices, Big Constraints

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Computational Simulation in Medical Device Design

Engineers have been using models since the beginning of time. Computational simulations provide a better way for engineers to model. Computational simulation continues to provide excellent value throughout the product development lifecycle. This engineering tool has significantly improved product quality, development cost and time-to-market for companies. In addition, engineers have used simulation to create highly

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