Johnson & Johnson's FDA-authorized OTTAVA Surgical Robotic System introduces table-integrated robotic arms and synchronized motion, highlighting advances in precision engineering, surgical technology, and operating room efficiency.
NASA's 2026 lunar rover developments highlight advances in vehicle mobility, innovative airless wheel technologies, and robotic exploration, demonstrating how engineering and testing are shaping the future of Moon missions.
How can device manufacturers determine whether their product development and manufacturing processes will benefit from outsourced engineering?
Ï㽶ÊÓƵ wins US Special Operations Forces Small Business Team Award for developing a Zero Pressure Tire (PZT) for military vehicles, improving survivability against terrain and ballistic threats. The blog post explores the project's impact on SOF vehicle safety and effectiveness.
Rubber components are ubiquitous in engineering applications, and their service life sets the limit for engineering design. But how can we ensure that these components will last for years without failure? Enter service life prediction - the key to understanding how elastomers behave and the role they play in product development. In this blog post, we'll dive into the importance of service life prediction in engineering design and explore the factors that affect the lifespan of rubber components. So, let's get started!