Latest news with #lasertechnology
Yahoo
4 days ago
- Business
- Yahoo
Bullen Ultrasonics Awarded U.S. Patent for Hands-Free Electrical Connector Powering Next-Gen Factory Automation
Bullen's patented connector enables safer, faster tool changes and supports lights-out manufacturing in Industry 4.0 environments EATON, Ohio, Aug. 12, 2025 /PRNewswire/ -- Bullen Ultrasonics, a leader in precision machining of advanced ceramics, glass and specialty materials using proprietary ultrasonic and laser-based technologies, has been awarded a U.S. patent for a new electrical connector that enables fully automated, hands-free tool changes to eliminate downtime, boost safety and advancing lights-out manufacturing. Designed specifically for high-performance, automated manufacturing, the patented connector enables robots to automatically pick up and drop off high-power, high-voltage tooling, such as Bullen's ultrasonic machining attachments, while keeping operators safely distanced from ergonomic hazards, high-voltage components and sharp edges. "This patent highlights our focus as a company on addressing real-world manufacturing challenges," said Tim Beatty, President of Bullen Ultrasonics. "It represents our continued effort to develop practical, forward-looking solutions that support the evolving needs of the industry. We're excited to create new technologies that deliver real value for our customers and help advance the future of precision manufacturing." In automated manufacturing, connectors must withstand repeated use, align without human input and handle high voltages safely. Bullen's patented design does all three while improving uptime and reducing maintenance. The innovation was developed by Bradley Jeffries, Senior Design Engineer, and Eric Norton, Research and Early Innovation Manager, in response to the harsh conditions of ultrasonic machining, where abrasive materials can corrode traditional components. Bullen's team engineered a compact, spring-loaded connector that self-aligns and locks into place, even amid vibration, dust or misalignment. It eliminates manual wiring, enabling seamless tool changes that increase machine uptime and support safer operation. The Bullen connector was developed as part of a fully automated production cell. In addition to robotic automation, the cell incorporates machine-to-machine data integration, creating a connected feedback loop that enhances yield and operational performance. Every part and process is tracked through a centralized system that enables proactive troubleshooting and continuous improvement. These capabilities position Bullen to integrate Artificial Intelligence and further advance its Industry 4.0 vision of a fully connected, data-driven factory. "As the manufacturing sector moves toward fully autonomous operations, innovations like our new smart connector are key to unlocking safer, more efficient, 24/7 production," said Beatty. "By removing a long-standing friction point in automation, this innovation is the kind of practical, scalable advancement that modern factories need to stay competitive." Bullen applied this innovation to all of its ultrasonic machines in its robotic cell. It's also exploring commercialization opportunities and strategic partnerships to expand the reach of its innovation, building on the company's decades of experience in supporting precision manufacturing in mission-critical sectors. About Bullen UltrasonicsBullen Ultrasonics is a global leader in the precision machining of advanced ceramics, glass and specialty materials using proprietary ultrasonic and laser-based technologies. Its non-thermal processes enable micron-level accuracy and reduce the risk of microcracks, contamination or structural damage, supporting the production of intricate features in components used across high-performance applications. Bullen's vertically integrated operations include in-house tool design and custom automation, which help streamline production from prototype through high-volume manufacturing. The company holds numerous certifications, including ISO 9001, AS9100, and ITAR, reflecting its alignment with quality and traceability standards in the aerospace, defense, automotive, medical, semiconductor and MEMS industries. Founded in 1971 and with more than 50 years of experience, Bullen is recognized for its engineering responsiveness and ability to deliver consistent results in regulated, high-stakes manufacturing environments. Learn more at Media contact:Michael TeboGabriel Marketing Group (for Bullen Ultrasonics)Phone: 571-835-8775Email: michaelt@ View original content to download multimedia: SOURCE Bullen Ultrasonics Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data
Yahoo
5 days ago
- Business
- Yahoo
indie Semiconductor (INDI) Advances Ultra-Low Noise Laser Technology for Quantum Computing
indie Semiconductor, Inc. (NASDAQ:INDI) is one of the best EV penny stocks to buy according to hedge funds. On July 14, the company announced that its quantum laser technology, specifically the ultra-low noise LXM-U laser module, is gaining adoption in the quantum computing and secure communications sectors. The LXM-U laser offers industry-leading frequency stability, with noise levels claimed to be 10 times lower than those of competing technologies. As such, the laser technology is particularly suitable for demanding quantum applications, such as quantum key distribution (QKD) and quantum computing. indie stated that the laser can maintain locked operation for days. This feature is crucial for ensuring the reliable transmission of cryptographic keys in quantum-secure communications. A unique feature of the LXM-U laser is its ease of co-packaging with other lasers and Photonic Integrated Chips (PICs). This enables the collaborative, customized design and cost-efficient production of high-performance light engines tailored to customers' needs. The company stated that it's working with front-runners in quantum computing, actively sampling and collaborating on innovative solutions utilizing the LXM-U laser and advanced optical integration capabilities. indie Semiconductor, Inc. (NASDAQ:INDI) is a fabless semiconductor company. It specializes in automotive-grade solutions for advanced driver assistance systems (ADAS), connectivity, user experience, and electrification. The firm's portfolio includes system-on-chip architectures and laser-based technologies designed to support autonomous driving and next-gen EV platforms. While we acknowledge the potential of INDI as an investment, we believe certain AI stocks offer greater upside potential and carry less downside risk. If you're looking for an extremely undervalued AI stock that also stands to benefit significantly from Trump-era tariffs and the onshoring trend, see our free report on the best short-term AI stock. READ NEXT: 10 Best Performing Crypto Stocks So Far in 2025 and 10 Best Low-Risk Index Funds to Buy Now. Disclosure: None. This article is originally published at Insider Monkey. Sign in to access your portfolio
Sustainability Times
7 days ago
- Health
- Sustainability Times
'I'm Breathing 71,000 Toxic Hits At Home': Scientists Warn Of Terrifying Invisible Pollutants Lurking In Ordinary Living Rooms
IN A NUTSHELL 🔬 Recent research reveals that the air in our homes contains up to 100 times more microplastic particles than previously estimated. than previously estimated. 💡 Innovative laser technology now allows the detection of particles as small as one micrometer, unveiling a hidden health threat. now allows the detection of particles as small as one micrometer, unveiling a hidden health threat. 🏠 Everyday objects like carpets and upholstery contribute to this indoor pollution through silent degradation and shedding. through silent degradation and shedding. ⚠️ These particles carry toxic chemicals that may lead to numerous health issues, including respiratory and hormonal disorders. Recent research has revealed a startling truth about the air quality within our homes. A groundbreaking study by French scientists has discovered that indoor air pollution levels are significantly higher than previously thought, with homes containing up to 100 times more pollution than earlier estimates. This revelation comes as a result of new techniques developed to detect microscopic particles that have evaded measurement until now. The findings challenge our understanding of plastic contamination and highlight the previously unrecognized daily assault on our respiratory systems. The Unseen Armada Invading Our Lungs Each breath you take carries thousands of microscopic plastic fragments into your respiratory system. These silent invaders, up to seven times thinner than a human hair, penetrate deeply without any noticeable sensation. Researcher Nadiia Yakovenko from the University of Toulouse has quantified this invasion with unprecedented accuracy. Her data indicates that we inhale approximately 71,200 microplastic particles daily, including 3,200 larger fragments and 68,000 ultrafine particles. This discovery marks a scientific earthquake. Previous estimates severely underestimated contamination levels by a factor of 100 due to inadequate technologies incapable of detecting the smallest, most hazardous particles. These tiny particles can penetrate biological barriers with ease, posing significant health risks that were previously unaccounted for. Laser Technology Unveils the Disaster's Magnitude The team from Toulouse has revolutionized microplastic pollution analysis by combining Raman spectroscopy, advanced microscopy, and automated counting software. This innovative approach allows the detection and quantification of particles as small as one micrometer, whereas prior studies could not detect particles smaller than 20 micrometers. While this technical difference may seem minor, it is transformative. Particles smaller than 10 micrometers have a much greater ability to penetrate the lungs, reaching the deepest alveoli and potentially crossing into the bloodstream. Yakovenko's methodological innovation has thus uncovered a hidden aspect of plastic pollution—the nanoparticulate threat that eluded detection but poses a serious health risk. The Unexpected Culprits in Our Daily Lives Contrary to popular belief, this massive contamination doesn't originate from industrial zones or polluted oceans. It is generated within our living spaces, arising from the silent degradation of everyday objects. Your carpet continuously releases microscopic synthetic fibers. Upholstery fabrics, partly made of plastics, shed due to daily friction. In your car, the dashboard, seats, and interior fittings slowly disintegrate under the combined effects of heat, ultraviolet light, and vibrations. This constant domestic erosion transforms our homes into microplastic factories. Every routine action—sitting on a couch, walking on a carpet, driving on a sunny day—creates an invisible plume of particles that we immediately inhale. This revelation forces us to reconsider the safety of our indoor environments. A Health Time Bomb These microscopic fragments are not inert foreign bodies. They carry a cocktail of toxic chemical additives: BPA, phthalates, stabilizers, and industrial dyes. Once in the bloodstream, these substances can trigger inflammatory cascades and disrupt hormonal balance. The potential health implications are staggering: chronic respiratory issues, endocrine disruption, cardiovascular problems, infertility, congenital malformations, and increased cancer risks. Although long-term effects are still under investigation, the accumulation of these contaminants in our tissues raises urgent questions. The situation is even more concerning given that this indoor pollution adds to the contamination already present in our food and drinking water. Rethinking Our Domestic Environment This discovery demands a complete reassessment of our approach to indoor safety. Current air quality standards, based on incomplete measurements, require urgent updates to address this invisible pollution. Yakovenko's team plans to extend their analyses to various indoor environments to precisely map this contamination. These findings will guide future recommendations for domestic material choices and air filtration systems. Meanwhile, this research reminds us of a disconcerting truth: we have created a world where simply breathing at home exposes us to pollution we're just beginning to understand. The question is no longer whether we inhale microplastics, but how to minimize this inevitable exposure in our plastic-dependent society. The implications of these findings extend far beyond our homes, urging us to rethink how we live and interact with our environment. How can we adapt our lifestyles to reduce exposure to microplastics and protect our health in the long term? This article is based on verified sources and supported by editorial technologies. Did you like it? 4.6/5 (20)
Sustainability Times
09-07-2025
- Health
- Sustainability Times
'Terrifying Death Ray Unleashed!': China's Laser Mosquito Defense System Annihilates 30 Bloodthirsty Pests Every Second, Astonishing Global Scientists
IN A NUTSHELL 🌟 The Photon Matrix is a laser-based mosquito defense system developed in China, capable of neutralizing 30 mosquitoes per second. is a laser-based mosquito defense system developed in China, capable of neutralizing 30 mosquitoes per second. 🔬 Utilizing advanced LiDAR technology , the device precisely detects and eliminates mosquitoes while ensuring safety for humans and pets. , the device precisely detects and eliminates mosquitoes while ensuring safety for humans and pets. 💡 Available in basic and pro versions, the Photon Matrix offers a range of up to 19.6 feet, making it suitable for both indoor and outdoor use. 🌍 This innovation has significant implications for global health by potentially reducing the spread of mosquito-borne diseases. In a world where mosquitoes are more than just a nuisance, a groundbreaking innovation from China promises to revolutionize pest control. The Photon Matrix, a laser-based mosquito defense system, is capturing global attention with its ability to neutralize up to 30 mosquitoes per second. This cutting-edge technology, leveraging advanced LiDAR modules, offers hope in the battle against mosquito-borne diseases. With its debut on the crowdfunding platform Indiegogo, the Photon Matrix has already surpassed its initial funding goals, reflecting widespread interest in a solution that is both effective and safe for use around humans and pets. The Global Mosquito Menace Mosquitoes, often dismissed as mere irritants, pose a severe threat to global health. These tiny creatures are vectors for diseases such as Malaria, Dengue, Chikungunya, and Encephalitis, responsible for millions of infections and over a hundred thousand deaths each year. The need for a reliable and effective method to combat these pests is undeniable. The Photon Matrix, with its state-of-the-art laser technology, aims to fill this gap by offering a plug-and-play solution. Its ease of installation and operation, along with its waterproof design, make it suitable for both indoor and outdoor use, providing a versatile tool in the fight against mosquitoes. The device comes in two versions: a basic model with a range of 9.84 feet and a pro model extending up to 19.6 feet. Both versions feature a 90-degree scan angle, ensuring comprehensive coverage of the area. Priced at $468 for the basic version and $668 for the pro version, the Photon Matrix is positioned as an accessible option for consumers looking to protect their homes from mosquito invasions. 'This Ship Shouldn't Exist': Japan's Shocking Launch of World's First Dual LCO2 and Methanol Supercarrier Redefines Everything Understanding the Technology Behind Photon Matrix At the heart of the Photon Matrix lies its sophisticated LiDAR module, a technology renowned for its precision and reliability. LiDAR, or Light Detection and Ranging, works by emitting laser beams that bounce off objects and return to the device. This allows the Photon Matrix to precisely locate mosquitoes, determining their size and angle in a mere three milliseconds. Once a mosquito is detected, a secondary laser beam is deployed to eliminate the threat. The Photon Matrix is engineered with safety at its core. The device continuously scans its environment, ensuring that larger objects like humans and pets are not in the line of fire. This precautionary measure is critical in making the device safe for residential use. Additionally, its ability to detect objects moving at speeds up to 3.3 feet per second ensures that only mosquitoes, which fly at slower speeds, are targeted, leaving other insects unharmed. 'Gates-Backed 'Flying Blades' Begin Spinning': This Radical U.S. Wind Tech Is Unlike Anything You've Ever Seen Before The Development and Future of Photon Matrix Currently, the Photon Matrix is in the developmental phase, with the first units scheduled for shipment in October this year. Major production is anticipated to begin by March 2026, as the company refines its technology and scales up manufacturing capabilities. While the concept of using lasers to combat mosquitoes is undoubtedly intriguing, the real test will be its performance in everyday environments. The success of the Photon Matrix could pave the way for similar innovations in pest control technology, potentially transforming how we approach mosquito management. This innovation raises exciting possibilities for future applications, as it combines cutting-edge technology with practical pest control solutions. The ongoing development and refinement of the Photon Matrix will be closely watched by both industry experts and consumers eager to see if it lives up to its promise. 'America's First Nuclear Reactor in 50 Years': This Ultra-Compact Power Source Will Deliver Electricity Where No Grid Can Reach Implications for Global Health and Pest Control The introduction of the Photon Matrix has far-reaching implications for global health and pest control. By providing an effective means of reducing mosquito populations, it can significantly decrease the incidence of mosquito-borne diseases. This, in turn, could alleviate the burden on healthcare systems in regions most affected by these illnesses. Furthermore, the Photon Matrix represents a shift towards more sustainable pest control methods, reducing reliance on chemical insecticides that can have adverse environmental effects. As the Photon Matrix moves towards mass production, it prompts important questions about the future of pest control and public health strategies. How will this technology be integrated into existing mosquito control efforts, and what role will it play in reducing the global disease burden? These questions highlight the transformative potential of the Photon Matrix and underscore the importance of continued innovation in this field. As we look to the future, the Photon Matrix stands as a beacon of hope in the fight against mosquito-borne diseases. Its success could lead to further advancements in pest control technology, opening new avenues for protecting public health. Will the Photon Matrix become the new standard in mosquito defense, or is it merely a stepping stone towards even greater innovations? This article is based on verified sources and supported by editorial technologies. Did you like it? 4.7/5 (23)
Phone Arena
18-06-2025
- Phone Arena
Future iPhones may quietly fix one of mobile photography's biggest issues
Referential image of the iPhone 16 Pro Max cameras. | Image credit — PhoneArena A newly filed Apple patent suggests that future iPhones could feature a major upgrade to autofocus technology. Instead of using a single infrared dot projector, like many current models do, Apple is exploring a system that uses two invisible laser beams working together to lock focus more quickly and accurately, even when the subject — or the user — is moving. The patent, labeled US 12335613 B2, explains how this twin-laser system would function. When you raise your phone to take a picture, each laser fires a pulse of light at a slightly different angle. Tiny sensors measure how long it takes for those reflections to return. If both beams agree on the distance, the iPhone locks focus immediately. If not, the system waits and switches to the traditional autofocus method before trying again. Figure in Apple's laser-based autofocus filing. | Image credit — USPTO This isn't the first time laser-based autofocus has appeared on smartphones. LG introduced it with the LG G3 back in 2014 to improve focus speed in low light. ASUS also included laser modules in its Zenfone lineup, while Huawei and OnePlus used them as part of hybrid systems combining laser, phase detection, and contrast-based methods. Google's earlier Pixel models also featured laser autofocus, though it later shifted toward dual pixel and computational approaches. However, all these systems used a single laser beam, which could be fooled by reflective surfaces like glass or metal. However, Apple's proposed system stands out by using two lasers at different angles to verify distance more accurately. If the two signals disagree, the phone falls back on more traditional focus methods before retrying — something no existing phone camera does. Figure in Apple's laser-based autofocus filing. | Image credit — USPTO This new approach could help reduce blurry photos in many common situations — like snapping a picture of your pet running in the yard or capturing a landscape from inside a moving car or plane. The lasers offer more precise depth judgment, especially when dealing with reflective surfaces like water, metal, or glass. In Apple's filing, a few potential advantages are highlighted: Faster photos: The lens won't need to hunt back and forth to find focus, so you're less likely to miss fleeting moments. Improved accuracy: The system can detect and avoid false reflections, resulting in clearer images through windows, fences, or in low light. Better efficiency: Less focus searching means lower power usage, which could slightly extend battery life over time. It's important to note that, though the patent describes a camera that could function in high-motion environments, Apple has not confirmed whether this system will appear in upcoming iPhones. Like many of Apple's patents, this may or may not become a commercial product. However, the small size and solid-state nature of the components make them a practical fit for future iPhone models or even devices like the Vision Pro. If this feature does ship, Apple could brand it with terms like "instant laser focus" or "dual-beam depth lock." But I think that for users, the benefit will be simple: more dependable sharpness in everyday photos, especially when time and movement are working against you. Secure your connection now at a bargain price! We may earn a commission if you make a purchase Check Out The Offer
