Popular on TelAve
- OddsTrader Asks: What Are the Chances Your Team Makes the NFL Playoffs? - 869
- Zoiko Orbit Launches: Seamless Global Travel Connectivity in 200+ Countries, Including Africa - 671
- EMBER™, the Only Standardized System Linking Workforce Identity to Growth, Appoints Global Brand Visionary Bret Sanford-Chung to Board of Directors - 453
- Iterators Named Preferred Accessibility Testing Vendor by MIT - 427
- ScaleFibre Launches SmartRIBBON™ High-Density Optical Fibre Cables - 366
- How AI Exposed Major Flaws in the Foundation & Structure of Technology, Hardware & the Internet & Phinge's® Patented Netverse®, App-less Solution - 265
- Heritage at South Brunswick Announces Two New Building Releases In Townhome Collection - 250
- Autohaus of Boston Launches Luxury Ferrari Winter Storage Experience - 245
- SQUARESIGNS Featured in Inc.5000 List Again - 229
- Only 7 Days Left for Early Bird Registration to the OpenSSL Conference 2025 - 215
Similar on TelAve
- 3E Launches First AI Agent Designed to Respond with Empathy for College Recruitment
- Security Alert: TZNXG Warns Investors About "Fund Recovery" Scams
- Assent Unveils Extended Producer Responsibility Packaging Solution to Simplify Compliance with Expanding Packaging Laws
- KatalisCoin: "Too Secure" for Bad Actors - Platform Embraces "Excessive Compliance" Criticism
- Keyanb Exchange Implements Enhanced Security Protocols Amid Industry-Wide Trust Challenges
- TSWHZC Platform Combines Automated Portfolio Management with Proof of Reserves for Brazil Market Entry
- AureaVault Positions Digital Asset Infrastructure for Shifting Monetary Policy Environment
- JQRBT Unveils High-Speed Trading Infrastructure Designed for Growing Institutional Crypto Market
- Geeks5g Creative Marketing: The Powerhouse Behind Business Growth
- Agemin Unveils Breakthrough AI Model for Biometric Age Estimation, Setting New Standards in Online Child Safety
eJoule Supplies Wyon Swiss Batteries High Performance Single Crystal Cathode Active Material
TelAve News/10871523
FREMONT, Calif. & Appenzell Steinegg, Switzerland - TelAve -- eJoule Inc has fulfilled a multi-ton bulk order of high performance doped and coated single crystal cathode active material (eJoule®) tailored to the stringent specifications of Wyon Swiss Batteries. The material was developed in close alignment with Wyon's requirements for their lithium-ion micro-battery systems designed for critical medical device applications.
"eJoule's cathode material meets the world class specifications and performance standards that Wyon demands for its proprietary lithium-ion batteries used in medical applications," said Philipp Wyser, CEO of Wyon AG.
This delivery marks an important step in eJoule's scale up efforts for cathode materials aimed at the medical battery market. In these applications, long term stability, batch to batch consistency, and safety are non-negotiable, especially since the cathode plays a central role in determining energy density, cycle life, and thermal performance. Advances portable medical devices, together with the high-capacity batteries that power them, improve patient outcomes, enable more responsive, decentralized, and accessible healthcare.
"Our proprietary process eliminates the need for traditional precursors by producing single crystal cathode particles directly from solution phase droplets. This allows precise control over dopant composition and coating, which is critical for high performance lithium-ion cathode material," said Liang Chen, Ph.D., CEO of eJoule Inc. "eJoule is proud to support Wyon's leadership in the medical device battery space after years of close collaboration. This partnership reflects our shared commitment to advancing safe, high-performance energy solutions for next-generation healthcare technologies."
More on TelAve News
At the core of this production is eJoule's DCP® (DCP Dynamic Crystallization®) Process, a closed loop, modular, and scalable method that converts droplets of engineered chemical solutions directly into cathode powder in one thermal step. Each droplet contains the full metal and dopant profile, ensuring uniform incorporation and eliminating variability from co-precipitation or multi-stage calcination routes.
This partnership represents a step forward in merging advanced materials engineering with the precision demands of the medical device industry. eJoule's material (eJoule®) is the cathode of choice in Wyon's rechargeable micro-batteries, known for their reliability, thermal stability, and proven biocompatibility. These batteries are critical components in implantable systems and other portable medical technologies where safety and durability are paramount.
About eJoule Inc:
Based in Fremont, California, eJoule Inc develops advanced production technology for lithium-ion cathode and solid-state electrolyte materials using a proprietary precursor-free DCP®, DCP Dynamic Crystallization® Process solution-to-powder direct thermal synthesis method. The company's platform enables tunable, high-purity materials with scalable manufacturing potential from R&D to full-scale production.
More on TelAve News
About Wyon AG Swiss Batteries: Powering Precision with Swiss Excellence
Wyon AG, located in Appenzell Steinegg, Switzerland is at the forefront of advanced micro-battery technology, delivering unparalleled energy density, reliability, and longevity in the most compact formats. Engineered and manufactured in Switzerland, Wyon's rechargeable and primary lithium batteries are designed specifically for applications where space, performance, and durability are critical.
With a legacy of precision craftsmanship and innovation, Wyon batteries power critical systems in medical implants, hearing devices, and other high-reliability electronics. Their proprietary lithium-ion technology offers ultra-long cycle life, exceptional thermal stability, and proven biocompatibility, making them the battery of choice for life-sustaining and high-demand portable devices.
"eJoule's cathode material meets the world class specifications and performance standards that Wyon demands for its proprietary lithium-ion batteries used in medical applications," said Philipp Wyser, CEO of Wyon AG.
This delivery marks an important step in eJoule's scale up efforts for cathode materials aimed at the medical battery market. In these applications, long term stability, batch to batch consistency, and safety are non-negotiable, especially since the cathode plays a central role in determining energy density, cycle life, and thermal performance. Advances portable medical devices, together with the high-capacity batteries that power them, improve patient outcomes, enable more responsive, decentralized, and accessible healthcare.
"Our proprietary process eliminates the need for traditional precursors by producing single crystal cathode particles directly from solution phase droplets. This allows precise control over dopant composition and coating, which is critical for high performance lithium-ion cathode material," said Liang Chen, Ph.D., CEO of eJoule Inc. "eJoule is proud to support Wyon's leadership in the medical device battery space after years of close collaboration. This partnership reflects our shared commitment to advancing safe, high-performance energy solutions for next-generation healthcare technologies."
More on TelAve News
- 3E Launches First AI Agent Designed to Respond with Empathy for College Recruitment
- Security Alert: TZNXG Warns Investors About "Fund Recovery" Scams
- Assent Unveils Extended Producer Responsibility Packaging Solution to Simplify Compliance with Expanding Packaging Laws
- KatalisCoin: "Too Secure" for Bad Actors - Platform Embraces "Excessive Compliance" Criticism
- Keyanb Exchange Implements Enhanced Security Protocols Amid Industry-Wide Trust Challenges
At the core of this production is eJoule's DCP® (DCP Dynamic Crystallization®) Process, a closed loop, modular, and scalable method that converts droplets of engineered chemical solutions directly into cathode powder in one thermal step. Each droplet contains the full metal and dopant profile, ensuring uniform incorporation and eliminating variability from co-precipitation or multi-stage calcination routes.
This partnership represents a step forward in merging advanced materials engineering with the precision demands of the medical device industry. eJoule's material (eJoule®) is the cathode of choice in Wyon's rechargeable micro-batteries, known for their reliability, thermal stability, and proven biocompatibility. These batteries are critical components in implantable systems and other portable medical technologies where safety and durability are paramount.
About eJoule Inc:
Based in Fremont, California, eJoule Inc develops advanced production technology for lithium-ion cathode and solid-state electrolyte materials using a proprietary precursor-free DCP®, DCP Dynamic Crystallization® Process solution-to-powder direct thermal synthesis method. The company's platform enables tunable, high-purity materials with scalable manufacturing potential from R&D to full-scale production.
More on TelAve News
- TSWHZC Platform Combines Automated Portfolio Management with Proof of Reserves for Brazil Market Entry
- AureaVault Positions Digital Asset Infrastructure for Shifting Monetary Policy Environment
- JQRBT Unveils High-Speed Trading Infrastructure Designed for Growing Institutional Crypto Market
- New Leadership and Renovations Usher in Next Chapter for Sunrise Manor
- Who Will Win the 2025 WNBA Finals? OddsTrader Shares Live Betting Odds and Projections
About Wyon AG Swiss Batteries: Powering Precision with Swiss Excellence
Wyon AG, located in Appenzell Steinegg, Switzerland is at the forefront of advanced micro-battery technology, delivering unparalleled energy density, reliability, and longevity in the most compact formats. Engineered and manufactured in Switzerland, Wyon's rechargeable and primary lithium batteries are designed specifically for applications where space, performance, and durability are critical.
With a legacy of precision craftsmanship and innovation, Wyon batteries power critical systems in medical implants, hearing devices, and other high-reliability electronics. Their proprietary lithium-ion technology offers ultra-long cycle life, exceptional thermal stability, and proven biocompatibility, making them the battery of choice for life-sustaining and high-demand portable devices.
Source: eJoule Inc
Filed Under: Technology
0 Comments
Latest on TelAve News
- Work 365 Launches PV 3.0: The Keystone Power App for Microsoft CSPs
- Local consultant shows small businesses how to turn red tape into real money
- Tour Napa Like a Local: Vines of Napa Valley Wine Passport AKA Vine Pass Unlocks Hidden Gems
- Dental Surgical Center Accepts Sedation Patients with Medicaid for MD, WV, PA and DC
- Sloan's Lake Dental Launches New Website to Enhance Patient Experience and Access to Modern Dental Care
- Only 3 Weeks Left till the Start of the OpenSSL Conference 2025
- ENTOUCH Completes $50 million Funding Round
- Teaming Agreement with Emtel Energy USA to Advance Thin-Film PV Energy Storage Capabilities; NASA agreements for Solar Space Tech; Ascent Solar $ASTI
- Nebuvex Acknowledges Platform "Too Secure" for Anonymous Traders; Institutional Investors Disagree
- From Tokyo to Berlin: FreeTo.Chat Unites Cultures with the World's First Confession VRX — EmojiStream™
- AZETHIO Launches Multi-Million Dollar User Protection Initiative Following Unprecedented Platform Growth
- Matecrypt Observes South American Cryptocurrency Adoption Surge Amid Economic Shifts
- Assent Uncovers Over 695 Unique PFAS Across Global Supply Chains as Regulations Increase
- Cryptocurrency Quarterly Trading Volume Surpasses $15 Trillion Record High as BrazilNex Acknowledges Industry 'Growing Pains' Amid Market Speculation
- AHRFD Initiates Legal Proceedings Against Anwalt.de for Publishing Defamatory and False Content
- New Analysis Reveals the Complex Forces Driving the 'Great Human Reshuffle'
- Elevate Unveils GroundComm X30 at 2025 International GSE Expo in Las Vegas
- NEW power supply release from Kepco Dynatronix - HSP Advanced
- St. Augustine Honors Hispanic Heritage Month
- Vesica Health Receives AUA Guideline Inclusion