Implantable Battery Articles & Analysis
12 news found
I believe Nalu’s unique system and technology, including the miniaturized, battery-free implantable pulse generator with its broad capabilities, upgradability and industry leading longevity are going to meaningfully expand the number of chronic pain patients who can benefit from both Spinal Cord and Peripheral Nerve Stimulation. ...
The update broadens the stimulation pulse width parameter to the widest range currently available in implantable SCS and PNS systems—up to 2,000 microseconds. The Nalu Neurostimulation System is optimized to utilize this energy-hungry parameter due to its external, wearable battery. This means that healthcare teams can program Nalu patients for their exact ...
Using advanced miniaturization and by eliminating the internal chemical battery in the implantable component, the Nalu mIPG is 27 times smaller than the largest commercially available implantable pulse generators (IPG).1 Its innovative design no longer requires patients receiving implantable neurostimulation treatment to have an ...
” The Nalu Neurostimulation System features a micro-Implantable Pulse Generator (mIPG) which is powered wirelessly by a wearable, external Nalu Therapy Disc. The external power source offers a distinct benefit over IPGs with implanted batteries, which require battery replacement surgeries over time. ...
Neuspera’s hermetically sealed implantable modules are more than 100 times smaller than neuromodulation devices using a traditional implanted battery power source and may reduce implant procedure complexity, patient complication, and post-surgical pain. ...
(“Nalu”), a California-based company that has successfully miniaturized neurostimulation implants for chronic intractable pain management indications, announces its Nalu micro-Implantable Pulse Generator (mIPG) was named the Implant and Tissue-Replacement device Gold Winner at the 2021 Medical Design Excellence Awards (MDEA). ...
(“Nalu”), a Carlsbad, California-based company that has successfully miniaturized neurostimulation implants for the treatment of intractable chronic pain via Spinal Cord Stimulation (SCS) and Peripheral Nerve Stimulation (PNS), announced the release of their latest software upgrade that adds new capabilities to their micro neurostimulation system. ...
Neuspera’s hermetically sealed implantable modules are more than 100 times smaller than traditional neuromodulation devices and is expected to reduce implant procedure complexity, patient post-surgical pain and complication. Traditional neuromodulation devices require an implanted battery power source and are therefore ...
EaglePicher Technologies has named Christopher W. Huntington as the new division president of EaglePicher Medical Power. He will also serve as a senior vice president of the parent company. Huntington brings 18 years of global experience in the medical device industry. He has held leadership positions in the United States, Europe and Asia spanning general management, business development, ...
Neuspera is focused on developing techniques to transfer power to implants from outside the body, using electromagnetic waves—to allow for smaller, sealed implant designs, compared to battery-powered neuromodulation devices. ...
The Vivistim® System has been developed to treat stroke patients that experience upper limb deficit following their stroke. It consists of a small implanted battery and wires that internally connect to the vagus nerve in the neck. ...
“This is vital because the gains we make in improved efficiency increase the longevity of implanted brain stimulation devices, thus reducing health care costs, risks, and complications associated with frequent battery replacement for persons with DBS Systems." ...