Electronic skin could allow robots, prosthetic devices to perceive touch
Researchers developed an innovative architecture enabling tunable sensitivity and reliable contact and proximity detection.
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Researchers developed an innovative architecture enabling tunable sensitivity and reliable contact and proximity detection.
Learn practical frameworks for developing viable products in our upcoming webinar.
Recent FDA-cleared technology includes spinal fusion systems, diagnostic and monitoring devices, and an innovative dialysis technology.
Our next model for the #SHOPDOGS calendar contest is Bow! Learn more about Bow and enter your own #SHOPDOGS today!
Signia MaX leverages four task-specific deep neural networks to simultaneously understand speech, noise, environment, and the wearer's own voice.
Learn how manufacturers of all sizes can achieve gains by adopting automation.
The company is currently working to investigate and contain the threat.
The five-year partnership aims to accelerate the translation of academic breakthroughs in fields such as computer vision and sensing into advanced techniques in robotic surgery.
Learn about the AI Machinist as a path to fully autonomous manufacturing.
The company will showcase its end-to-end electronics capabilities for FDA-regulated medical devices and discuss the importance of early design decisions.
Now debuting: Shambala! Learn about Shambala and then submit your own dog as a contestant for the 2027 #SHOPDOGS Calendar from Platinum Tooling.
LMA Consulting Group President Lisa Anderson points to the emerging operating model as key to the future of the manufacturing industry.
Learn about Binder Jet Metal Printing Technology (BJT).
Orders totaled $672.7 million for the month of June itself, more than double June 2025’s total.
Our next contestant for the #SHOPDOGS calendar contest is Momo! Learn more about Momo and enter your own #SHOPDOGS today!
Vitestro’s Aletta device combines multimodal imaging, advanced robotics, and artificial intelligence to autonomously perform diagnostic blood collection.
Learn to manage the critical early stages of medtech development with confidence.
Our next contestant for the #SHOPDOGS calendar contest is Cass! Learn more about Cass and enter your own #SHOPDOGS today!
Qosina Regulatory Services will support medical device developers from early pathway planning through submissions and ongoing compliance.
Hear firsthand experiences of what CMMC looks like in the real world.
The FDA plans to develop a regulatory approach that advances innovation while protecting patients and consumers.
Learn about a zero-capital, fully supported automation model that removes traditional barriers and makes scalable growth accessible to manufacturers of any size.
The research team was awarded ARPA-H funding to develop a flexible robot that autonomously navigates the brain’s blood vessels during thrombectomies.
Learn how modern tool grinding technology is overcoming the traditional trade-off between flexibility and automation.
Knowles leverages its micro molding capabilities and design-for-manufacturability optimization approach to produce the advanced medical device.
Learn about the next generation of metal additive manufacturing.
Our next models for the #SHOPDOGS calendar contest are Gracie & Lilly! Learn more about Gracie & Lilly and enter your own #SHOPDOGS today!
Practical AI adoption and building a capable workforce.
Research fellows at the Center are studying leading U.S. manufacturing innovators to identify how to scale the nation’s most advanced technologies with a focus on medical and aerospace manufacturing.
Learn about the current state of high accuracy, high reliability, laser micro-machining.
Our next model for the #SHOPDOGS calendar contest is Duke! Learn more about Duke and enter your own #SHOPDOGS today!
The company will acquire cutting and forming solutions provider Mate Precision Technologies and laser machine manufacturer Cutlite.