Advancing Medical Encapsulation with Ultrashort-Pulsed Laser Technology

On October 23rd, 2025, our expert Martin Hermans will present at the prestigious InnovationForum Medizintechnik in Stadthalle Tuttlingen, showcasing a breakthrough in medical manufacturing: Combining Ultrashort-Pulsed Laser Processes for Medical Encapsulation.

Precision Meets Innovation

Ultrashort-pulsed lasers (USP lasers) are transforming the way medical components are structured and sealed. Their ability to deliver extremely short bursts of energy, measured in femtoseconds, enables high-precision material processing with minimal thermal impact. This makes them ideal for working with sensitive materials commonly used in medical devices.

What to Expect from the Presentation

Martin Hermans will dive into how USP laser technology is being applied to medical encapsulation, a critical process for protecting electronic and microfluidic components in devices such as implants, sensors, and diagnostic tools. Key discussion points include:

• Microstructuring and sealing of biocompatible materials
• Minimizing thermal damage for sensitive substrates
• Enabling miniaturization and complex geometries
• Improving long-term reliability of encapsulated components

This approach opens new possibilities for next-generation medical devices, where precision, cleanliness, and durability are non-negotiable.

Event Details

📅 Date: October 23, 2025
🕔 Time: 17:00
📍 Location: InnoCamp, Stadthalle Tuttlingen
🎤 Event: InnovationForum Medizintechnik 2025

Why It Matters

As the demand for smarter, smaller, and more reliable medical devices grows, ultrashort-pulsed laser technology is becoming a key enabler of innovation. Whether you're a developer, manufacturer, or researcher in the medtech space, this presentation offers valuable insights into how laser-based processes can elevate your product design and performance.

Interested in learning more or connecting with our team at the event?
Reach out or visit us at InnoCamp during the InnovationForum Medizintechnik 2025.