Injectpower's solid-state microbattery for implantables or existing medical devices. The rechargeable lithium microbatteries can be as thin as a human hair and offer energy densities 5 to 10 times greater than current commercial capability and a lifetime of several thousands of cycles.
<p id="temp_ReleaseStart"><strong><span class="legendSpanClass"><span class="xn-location">EMERYVILLE, CA</span> and GRENOBLE, <span class="xn-location">France</span></span></strong> &#8212; <a href="https://c212.net/c/link/?t=0&;l=en&;o=4026798-1&;h=3741474806&;u=https%3A%2F%2Fwww.injectsense.com%2F&;a=Injectsense+Inc" target="_blank" rel="nofollow noopener">Injectsense Inc</a>., a sensor-enabled digital health company, and sister company <a href="https://c212.net/c/link/?t=0&;l=en&;o=4026798-1&;h=2784579380&;u=https%3A%2F%2Fwww.injectpwr.com%2F&;a=Injectpower" target="_blank" rel="nofollow noopener">Injectpower</a>, a developer of ultra-miniature solid-state microbatteries for medical applications, have announced combined funding of <span class="xn-money">$9.4 million</span> to bring highly integrated autonomous implantable devices – smaller than a grain of rice &#8212; to production.</p>
<p>The companies have operations in Emeryville and France.</p>
<p>[<strong>Photo above</strong>: Injectpower&#8217;s solid-state microbattery for implantables or existing medical devices. The rechargeable lithium microbatteries can be as thin as a human hair and offer energy densities 5 to 10 times greater than current commercial capability and a lifetime of several thousands of cycles.]</p>
<p class="prntal">The implantable sensors, which monitor key indicators over decades, offer a disruptive capability at a time when most diagnostic tools are a mere static snapshot. Physiological markers are typically dynamic and vary widely over a 24-hour period. Such is the case with glaucoma, where intraocular pressure (IOP) is measured in the doctor&#8217;s office during daylight hours. Injectsense sensors measure IOP continuously, even during sleep, when pressure can spike significantly and cause vision loss over the long term.</p>
<p class="prntal">The funds will serve to further consolidate the two companies&#8217; combined global supply infrastructure to create an advanced medical device cluster for implantables based in <span class="xn-location">France</span>. The cluster will streamline business opportunities, enable improved supply chain management, and support Injectsense&#8217;s <span class="xn-chron">February 2024</span> first-in-human studies for sensors that continuously measure intraocular pressure (IOP).</p>
<p class="prntal">Injectsense already produces hundreds of prototype devices and is ramping up to thousands in 2024. Besides IOP sensors, it is also producing sensors for intracranial pressure (ICP) measurement and is building a path to cardiovascular pressure monitoring applications.</p>
<p class="prntal">The funding consists of a <span class="xn-money">$2.5 million</span> bridge investment from private investors for Injectsense as it moves into clinical IOP studies and final product development incorporating rigorous quality management systems. The funding also includes €6.5M (<span class="xn-money">US$7M</span>) for Injectpower, which is readying its energy-dense, solid-state lithium-ion technology for transfer to production.</p>
<p class="prntal">&#8220;As a company driven by worldwide medical needs including learning more about the pathology of glaucoma, our infrastructure to support production must be global,&#8221; said <span class="xn-person">Ariel Cao</span>, CEO/president and co-founder, Injectsense Inc. &#8220;We are excited to be moving towards full-scale battery production with the unique capabilities of Injectpower in our medical supply chain cluster, which will support our work in human clinical studies.&#8221;</p>
<p class="prntal"><b>Injectsense funding use</b></p>
<p class="prntal">Injectsense has provided sensors to <span class="xn-org">Johns Hopkins University&#8217;s</span> Wilmer Eye Institute for animal testing under the guidance of Dr. <span class="xn-person">Thomas Johnson III</span>, M.D. The Institute is currently completing its study. The company used recent funding from the NIH for the latest iteration of its sensor. This version will be used for first-in-human studies by Dr. <span class="xn-person">Juan Jose Mura</span> in <span class="xn-location">Santiago, Chile</span>. The study will be conducted over months, with data available in late spring (and earlier for Injectsense&#8217;s ophthalmic device partner), with the aim of collecting long-term safety and clinical data.</p>
<p class="prntal">The study will allow Injectsense to finalize its product development under its quality system for ramp-up to clinical studies in 2025. The Injectsense board of medical advisors, including glaucoma specialists from leading medical institutions, actively contribute on design considerations and in particular safety aspects of the in-office delivery and self-anchoring procedure. The final product, iOP-Connect™, will offer continuous and autonomous long-term measurement of IOP 24/7 over decades, with weekly recharging and data uploads. The iOP-Connect data analysis software will identify clinically actionable information based on parameters specified by the physician.</p>
<p class="prntal"><b>Injectpower funding use</b></p>
<p class="prntal">Injectpower funding comes from private and commercial investors that include <a href="https://c212.net/c/link/?t=0&;l=en&;o=4026798-1&;h=3152947888&;u=https%3A%2F%2Fwww.groupeidec.com%2Fen%2F&;a=the+IDEC+Group" target="_blank" rel="nofollow noopener">the IDEC Group</a>, business angels from the French Silicon Valley as well as <a href="https://c212.net/c/link/?t=0&;l=en&;o=4026798-1&;h=313966837&;u=https%3A%2F%2Fwww.bpifrance.com%2F&;a=Bpifrance" target="_blank" rel="nofollow noopener">Bpifrance</a> and banking partners. The company was founded in 2020 based on 20 years of technology development at French research institute CEA, and more than 40 patents. Injectpower aims to catalyze the energy storage market for medical implants. The company is building a proprietary 200mm MEMS fabrication facility in Grenoble, <span class="xn-location">France</span>, that will produce the batteries and other components.</p>
<p class="prntal">The company&#8217;s technology enables customization of rechargeable lithium microbatteries as thin as a human hair. The batteries are safe and among the smallest and most integrated on the market today, offering energy densities 5 to 10 times greater than current commercial capability, high reliability and a lifetime of several thousands of cycles. The first components have already been developed, characterized and tested on a pre-commercial 200mm microelectronic supply chain with support from CEA/LETI, for Injectsense.</p>
<p class="prntal">&#8220;We are convinced that the Injectpower solution is a game-changer in energy storage for medical applications,&#8221; said <span class="xn-person">Patrice Lafargue</span>, president, IDEC Group, the leading investor in Injectpower through its investment fund Groupe IDEC Invest Innovation, and a major player in the pharmaceutical and cosmetics sector through its subsidiary IDEC Health. &#8220;Their vision addresses a true gap in this sector. We want to help the company to ready its product line and support them as they deploy this commercial tool in <span class="xn-location">France</span>.&#8221;</p>

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