NAMICS Corporation

Revolutionizing Pain Relief with Kailo Nanotechnology Chronic pain doesn’t have to define most people's day. Using #nanotechnology, the #Kailo pain relief patch offers an innovative approach to natural, drug-free relief. Designed with nanocapacitors, this groundbreaking patch interacts with your body’s electrical system to effectively turn off pain signals—providing noticeable relief in just 60 seconds. This #wearable solution is as versatile as it is effective. It delivers relief for pain anywhere on your body—from sore knees to aching backs—without the need for chemicals or medications. Its lightweight, waterproof design makes it a reliable companion whether you’re at work, on the go, or staying active. Engineered to last, Kailo can be reused with adhesives that hold up to a week and remain effective for years with proper care. It’s a game-changer for those who want to manage pain naturally while maintaining their lifestyle. Experience a new era of pain management with Kailo and discover how this cutting-edge innovation can help you regain control of your life. #healthinnovation #chronicpain #wellnesstech

Is a 5-Minute EV Charge the Future? Imagine charging your electric vehicle in the time it takes to grab a coffee. ProLogium Technology 輝能科技 is making this a reality with a groundbreaking EV battery that delivers 186 miles of range in just five minutes. This innovation goes beyond speed. ProLogium’s battery boasts a remarkable energy density of 321 Wh/kg, surpassing traditional lithium-ion batteries and setting the stage for lighter, more efficient designs. The modular design adds to its appeal, allowing for easy repairs by replacing damaged sections instead of the entire battery. The company isn’t stopping there. By late 2024, ProLogium aims to enhance its battery performance by 77%, which could reshape the EV market. However, questions remain about cost and accessibility, crucial factors for widespread adoption. This breakthrough isn’t just a technical milestone—it’s a leap toward making EVs more convenient and accessible. With faster charging, extended range, and smarter design, the future of electric mobility looks brighter than ever. Could this be the tipping point for electric vehicles? Let’s drive the conversation forward. #ElectricVehicles #Sustainability #Innovation #CleanEnergy #FutureOfMobility

Will Glucose Monitors Become the Next Wellness Trend? The wellness industry is abuzz with the potential of glucose monitors as the latest accessory for health enthusiasts. Companies like Abbott and Dexcom are pioneering wearable glucose sensors for nondiabetics, aiming to provide insights into how food, exercise, and lifestyle choices impact glucose levels, mood, and energy. Abbott’s Lingo biosensor and Dexcom’s Stelo offer over-the-counter options at prices ranging from $49 to $99 per month. These devices, resembling small disks worn on the upper arm, provide real-time data via smartphone apps. Unlike traditional glucose monitors for diabetics, they target a broader audience seeking metabolic #health optimization. Advocates highlight the potential for proactive health management, especially for individuals with prediabetes. However, concerns remain about affordability and accessibility, raising questions about health equity. Critics also point to the lack of long-term evidence showing these devices prevent chronic conditions like diabetes. While early adopters appreciate the insights these monitors provide, some experts caution against over-monitoring, which could lead to unnecessary health anxiety. As #wearable technology continues to evolve, glucose monitors may become a valuable tool for personalized wellness, but widespread adoption hinges on affordability and proven benefits. Will these #devices redefine how we approach metabolic health, or remain a niche trend? Time will tell.

These Southern California startups are part of a growing epicenter of EV truck production The state of #California has committed to zero-emission truck sales by 2035, with different sizes and options to begin transitioning next year. All trucks that travel California roads must be fully transitioned to clean #technology by 2045. While California’s EV registrations represent 39% of all EVs in the United States, the effort to electrify commercial trucks hasn’t garnered the same headline-grabbing attention. Nonetheless, the state is an early leader. Hundreds of such next-generation vehicles are part of a small but growing #electrictruck ecosystem taking shape in California ahead of broader zero-emission mandates. Class-8 EV drayage truck can travel about 350 miles when it’s fully charged, #hydrogen fueled and loaded with 80,000 pounds of goods. 4 Gen Logistics is one of myriad EV truck startups in Southern California that are taking advantage of billions of dollars in investor capital and government subsidies aimed at electrifying the nation’s massive truck fleet.

Super EV Battery That Can Last 1 Million Kilometers Unveiled A Chinese carmaker has recently unveiled a lithium-iron-phosphate battery for electric vehicles (EVs) that it claims can last for one million kilometers and up to 50 years. Geely, the Chinese carmaker closely associated with Volvo and Polestar, says it charges faster, performs better in cold environments, and withstands significant abuse, marking a significant leap in EV #technology. The new design dubbed the “short blade” is approximately 40 percent shorter than traditional blade batteries such as the ones famously manufactured by BYD. Geely claims the #battery can be charged 3,500 times, equivalent to one million kilometers of driving, with minimal impact on battery range. This extended life not only enhances the residual value of second-hand EVs but also promises to reduce #carbon emissions by over 80,000 tons annually. The cell boasts a capacity of 192Wh/kg. While the long-blade battery takes 26 minutes to charge from 10 percent to 80 percent, the short-blade achieves this in just 17 minutes and 4 seconds. Additionally, the short blade maintains 90.54 percent of its capacity at -30°C, compared to the long blade’s 78.96 percent retention. #car #transportation

Revolutionizing PCB Fabrication with NAMICS' Innovative Thermoset Materials! At PCB Carolina, Matthew Lake and Kenneth Araujo from NAMICS Technologies shared groundbreaking news with Andy Shaughnessy of I-CONNECT007: The introduction of ADFLEMA, a thermoset material originally developed for semiconductor packaging, now transforming PCB fabrication. 🔍 What makes ADFLEMA game-changing? - Seamlessly integrates into existing processes and equipment. - Supports ultra-high-density interconnects (UHDI) with fine features of 0.002" or less. - Delivers exceptional dielectric properties for high-frequency applications over 30 GHz. - Offers superior adhesion and reliability with a halogen-free design. 📈 Why it matters: This innovation addresses long-standing challenges in PCB manufacturing, enabling next-gen designs while maintaining cost efficiency. 💡 Key takeaway: NAMICS is not just introducing a material but offering a solution that aligns with the evolving needs of the PCB and electronics industry. 🎯 With beta testing underway and sample packs ready to ship in the U.S., 2025 promises to be a breakthrough year for ADFLEMA and the industries it supports. Check out the full interview in PCB007 Magazine's December 2024 issue to learn more about how NAMICS is elevating the game in PCB fabrication. #PCBInnovation #NAMICS #ThermosetMaterials #AdvancedPackaging #UHDI #ElectronicsManufacturing

3D-Printed Bone Model: A Breakthrough in Surgical Preparation A team of mechanical engineers at the University of Texas at Dallas has developed a #3D printed femur that could transform how surgeons prepare for bone repair procedures and explore treatments for bone tumors. The collaboration, which included orthopedic surgeons from UT Southwestern Medical Center, culminated in a recent study published in the Journal of Orthopaedic Research. This work focuses on the midsection of the femur and establishes essential 3D-printing parameters for biomechanical testing. While promising, the researchers note that further studies are necessary before this #technology can be widely implemented. Traditionally, biomechanical studies and surgical training rely on synthetic bones or cadaveric samples. However, these materials can be expensive, time-consuming to source, and lack patient-specific precision. Seeking a more practical solution, UT Southwestern’s team partnered with Dr. Wei Li, an assistant professor of mechanical engineering at UT Dallas and an expert in 3D-printing technology. The result is a cost-effective and efficient alternative: a 3D-printed bone model made of polylactic acid, a biodegradable, bio-based polymer widely used in 3D printing. The printed femur—measuring nearly 8 inches long and 1 inch in diameter—performed comparably to a human femur in biomechanical tests, with a production cost of just $7 per model. Dr. Li highlighted the wide-ranging possibilities of this breakthrough. Beyond its application in surgical preparation and training, 3D-printed bones could eventually replace #materials like titanium in bone repair. Researchers could also print tumors onto the models to test targeted treatments, or even use the replicas as scaffolds for growing human bone tissue. This innovation signals a major step forward in developing cost-effective, customizable solutions for orthopedic #surgery and research. As further studies continue, 3D-printed bones may soon offer surgeons new levels of precision, accessibility, and versatility. #healthcare #medicaldevices

NAMICS Corporation is honored to receive the 2024 Excellent Technology Collaboration and Production Support Award from TSMC, the world’s largest dedicated semiconductor foundry. This recognition highlights our commitment to innovation, sustainability, and excellence in advanced packaging technologies. We’re proud to collaborate with TSMC and contribute to their mission of empowering the future with a sustainable semiconductor ecosystem. A huge thank you to TSMC and our incredible team for making this achievement possible. Here’s to pushing the boundaries of technology together! #NAMICS #TSMCAwards #Innovation #AdvancedPackaging #Sustainability

Mobileye Taps Innoviz Technologies Lidar for Driverless Car Platform Mobileye is revolutionizing autonomous driving by integrating cutting-edge Lidar technology from Israel's Innoviz Technologies into its advanced vehicle platform. This collaboration marks a significant milestone in the development and deployment of #selfdriving vehicles across Europe. The Mobileye Drive platform, designed for SAE Level 4 autonomy, is set to power a range of mobility solutions, from #robotaxis and ride-pooling to public transit and goods delivery. Industry leaders like VW Commercial Vehicles, Schaeffler/VDL, Holon, and Verne have already committed to incorporating the platform into production models slated for 2026. At the heart of this innovation lies a fusion of high-resolution cameras, imaging radar, and Innoviz's Lidar sensors. These components, combined with Mobileye's proprietary AI chips and Intel Foundry Service's 18A CMOS technology, create a system that promises safer, more efficient, and reliable transportation. “This partnership marks a major step forward,” said Prof. Amnon Shashua, President and CEO of Mobileye. “Innoviz Lidar plays a crucial role in delivering the autonomous performance our customers demand, helping us create a safer future for mobility.” Innoviz CEO and Co-Founder Omer Keilaf echoed the excitement, emphasizing the shared vision for accessible, next-gen autonomous vehicle solutions. “This collaboration highlights our commitment to driving AV adoption and shaping a new era of mobility,” he said. With this partnership, Mobileye and Innoviz are not just advancing technology—they’re reshaping how the world moves. #AutonomousVehicles #Innovation #FutureOfMobility #TechPartnerships

Tesla’s NACS to Become Official Us Ev Charging Standard The landscape of electric vehicle charging is about to change dramatically. Tesla’s North American Charging Standard (NACS) is already recognized as the most extensive and reliable EV charging network in the world. And now, it’s poised to become the *official federal standard*. The Federal Highway Administration has signaled its support for NACS, with an official announcement expected on December 17th. This decision means more than just a stamp of approval—it’s a step toward unifying EV charging infrastructure across the U.S. Here’s what this means for EV owners and automakers: Universal Compatibility: No more guesswork about which charging stations your EV can use. With #NACS as the standard, all vehicles will feature the same charging port. Seamless Access: Backed by Tesla’s robust network, EV drivers will have access to more charging locations nationwide than ever before. Accelerated #EV Adoption: With a standardized port, the transition to EVs becomes simpler and more appealing, potentially driving widespread adoption across the country. It’s no surprise that more automakers are aligning with NACS each month. This move not only streamlines the charging experience but also sets the stage for a future where EVs are the norm, not the exception. #electricvehicle #transportation