Application Guide: Surgical Robotics - Component Solutions for the Future of Robotic-Assisted Surgery

Our advanced medical device components empower designs in healthcare and medical device applications. Through innovation, we deliver the smallest, smartest, and most efficient electronic components. These components provide an essential foundation for developing premium applications. Partner with us to create medical devices that meet high standards and bring your designs to life.

Medical devices have evolved thanks to advancements in miniaturization technology. The popularity of digital health, including wearables and monitoring devices, has increased significantly. These devices can monitor vital signs within the body more precisely than external devices, which can be affected by external factors like air and light. Murata offers a range of small electrical components that help ensure implantable devices have low power consumption and high reliability. To learn more about these component solutions for medical technology challenges, download Murata's latest application guide today!

Miniature RFID tags by Murata enables seamless system integration with durable, reprogrammable identification - deliverying reliable tracking, authentication and traceability beyond the limits of traditional barcodes.

Wearable devices, typified by smartwatches and head-mounted displays, have been realized using flexible boards that can be bent. However, next-generation wearable devices require stretchability and conformability so that they can flexibly follow body movements and collect the various data emitted by the body. That is why stretchable printed circuits were developed. This article introduces medical applications as an example of how our stretchable printed circuits can be used. The stretchable printed circuit itself is not designed, manufactured, or marketed as a medical device as defined by applicable laws and regulations.

Developing wearable diabetes devices means balancing miniaturization, power efficiency, and reliable wireless communication without compromising clinical accuracy. The use of advanced, low-power components enables these devices to provide continuous monitoring and effective insulin delivery with compact, user-friendly designs.

Our medical innovations enable better patient monitoring, support regenerative medicine, and improve minimally invasive treatments, all while enhancing comfort and efficiency. Whether you're developing medical devices or wellness solutions, this white paper highlights how advancred electronic components, from stretchable sensors to TFID traceability, are transforming healthcare.