Partnering with medical device OEMs to provide complete visualization solutions.

ATL excels in developing camera-based devices for minimally invasive procedures, leading in complete visualization systems for medical imaging. Our Chip-On-Tip® technology integrates compact cameras into various device components, enhancing advanced features. This expertise has led to the PREVOYANCE® Camera Assembly, providing plug-and-play imaging for next-generation medical devices.

ATL specializes in energy-driven minimally invasive surgical devices, addressing market needs for limited space functionality, power, and performance. We help medical device engineers develop cutting-edge products for laparoscopic and endovascular surgery. Our custom interconnect solutions enhance the performance and effectiveness of these procedures, improving patient lives worldwide.

ATL addresses heart arrhythmia with its Ultra High-Density Interconnect Solution for electrophysiology mapping and ablation devices. This solution combines power and signal pins, enabling next-generation catheters with integrated capabilities. Our interconnect expertise ensures accurate radio-frequency transmission, optimizing procedural outcomes.

ATL develops complete patient monitoring systems and medical wearables, leveraging biomechanics, interconnect systems, and wireless technology expertise. Our engineer-to-engineer approach delivers custom solutions, including interconnects, sensors, flex assemblies, and complete devices, ensuring accurate and uninterrupted patient diagnostics.

Wearable medical devices are crucial for remote patient monitoring and personalized health tracking. ATL's expertise in custom solutions ensures accurate data collection and transmission, enhancing diagnostics and recovery while reducing hospital stays.

"Design Accelerators" are pre-designed components that expedite the medical device development process for OEMs. These ready-made parts eliminate the need to design complex components from scratch, allowing OEMs to begin at a more advanced stage. This accelerates production timelines and enhances the precision and reliability of the final products, benefiting both OEMs and end-users.