16 results found. 1 - 10 of 16 results
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 within compact, user-friendly designs.
Stretchable printed circuits are stretchable electronic circuit boards that apply a printing technology called printed electronics. It is expected that these circuits be utilized in medicine and various other fields. We introduce here basic knowledge on printed electronics and stretchable printed circuits, stretchable printed circuit utilization examples, and more.
Data Science × Murata
As a company putting data science into practical use in a diverse range of operations, Murata Manufacturing participated in the "Annual Conference of Japanese Society for Artificial Intelligence, 2024." The following introduces the data analysis and case studies of AI utilization presented orally at the conference as well as scenes from Murata Manufacturing's corporate booth.
Data Science × Murata
Murata Manufacturing is committed to data science, including the building of AI models and their application to operations in various fields, as well as putting them into practical use. This page introduces the initiatives of the data & analytics department and the people and organizations involved.
Metamaterials are artificial substances that behave in ways not found in substances in the natural world. They control the reflection, transmission, and other properties of electromagnetic waves (light and radio waves), sound waves, and similar. We introduce here the types, usage examples, and prospects of metamaterials. We also look at the Ultrasound Transmission Metamaterial developed by Murata Manufacturing.
CEATEC 2023
Murata Manufacturing has developed a new “ultrasound transmission metamaterial” technology with the potential to expand the range of places where ultrasonic sensors can be used. Previous ultrasonic sensors were unable to measure target objects located on the other side of a barrier made of a material such as metal or resin. The new ultrasonic metamaterial eliminates these limitations on measurement and has the potential to spur innovation in a variety of areas such as medical, automotive, and social infrastructure.
Choosing a power supply for medical equipment applications can be challenging, to ensure that the correct qualified power supply is chosen. The following article is intended to dispel some of the uncertainty and provide a brief overview of some of the terminology and some of the areas to be considered in the field of medical power supplies.
Electronic Technology Supporting the Evolution of “Next Tech”
This article provides an overview of MedTech, which makes use of genetic analysis, AI, IoT/wearables, and more to provide early diagnosis/treatment and personalized medicine. It is a movement of medical technology reform that modernizes traditional medical treatment methods.
The travel restrictions and quarantine measures put in place by governments around the world in response to the global COVID-19 pandemic have resulted in the expansion of the digital healthcare industry. At the same time, this has led to people becoming more aware of preventing the spread of infection, boosting their immune systems, and general health promotion, which means more attention is being paid to the digital healthcare solutions that have been made possible by the advances in DX and IoT.
The Future of Healthcare and Technology
This article examines the use of virtual reality (VR), augmented reality (AR), mixed reality (MR), and robots in medical care.
