Using Stereax Batteries with Additional Capacitance
Solid state batteries are ideal for powering remote or implanted medical devices. In this app note we look at using Stereax micro batteries with additional capacitance. Read more...
Medical
The medical sector is changing rapidly with product designers embracing miniaturisation for both implantable and on-the-body devices. These exciting developments mean less traumatic surgery for the patient, the ability to implant the device nearer to the point of therapy and huge financial savings for both healthcare organisations and the insurance companies that support them.
It’s a rapidly moving market where early engagement is vital. We’re working with companies now, supporting their product design with our customisable Stereax mm-scale solid state batteries. If you’re designing a next-generation medical device contact us now to discuss powering your device so it reaches its full potential.
Find out more about the specific challenges facing these innovative applications and how Stereax solid state batteries address them with our Use Cases below.
Next Generation Implanted Medical Devices
Using Stereax Batteries with a PMIC
Solid state batteries provide a breakthrough capability that enables a new breed of products. In this technical application note we look at using our Stereax micro batteries with a Power Management Integrated Circuit. Read more...
How do you design medical implantable devices with solid state batteries?
Whilst designers of disruptive medical implantable devices have clinically perfected their technologies to allow pain reduction and improved patient well-being, they are often frustrated by the lack of hardware to make their project a reality. The main trend in medical product design is miniaturisation, in order to more efficiently implant devices nearer to the targeted organs and avoid costly operations, risks of complications and infections. What are the battery requirements for next-generation medical implantable devices? How can customisable solid state batteries support disruptive medical implantable product design? Read more...
How to customise solid state batteries to enable disruptive medical implantable product design?
Disruptive product designers rely on disruptive technologies to accomplish their goals. When it comes to designing the power sub-component of your medical implantable device, choosing the right battery can feel restricted by the few standard batteries out there. Standard shapes, sizes and performance usually won’t do. What attributes do solid state batteries provide, that will allow you to design your medical device in the most disruptive manner? Read more...
How do Solid State Batteries Power MedTech?
As the healthcare industry embraces the Internet of Things for more proactive patient health monitoring, how do solid state batteries provide the specific power required by MedTech implantable and on-the-body devices? Read more...
How do Solid State Batteries Power Vagus Nerve Medical Applications?
Sometimes called the Superhighway of your Body, the Vagus Nerve transports vital information between your brain and other internal organs. What are the challenges powering Vagus Nerve medical applications and how do solid state batteries address these? Read more...
Hearables and Wearables
How do Solid State Batteries Power Smart Contact Lenses?
Smart contact lenses are not only for people with vision problems but could also be used in other areas. The method of powering them must not be intrusive to the wearer whilst still enabling the lens to retain its functionality. How do solid state batteries power smart contact lenses effectively. Read more...