[Hot Item] New Polymer Processing Technology for Efficient Industrial Material Mixing Systems

Semiconductor Manufacturing Process: Steps, Technology, Flow

1.4K views · 34 reactions | Massive, tectonic shifts in technology like AI, Internet of Things (IoT), robotics, and clean energy are dependent on materials engineering innovations. And behind these material innovations is Applied Materials. Our expertise in materials engineering means our customers will deliver more powerful and efficient semiconductor technology that will not only grow the industry but fuel the electronics you use every day. #MakeItMaterial | Applied Materials | Facebook

EDUCATION_DECODEE on Instagram: "- The post's 66-second video montage highlights everyday physics wonders, such as high-pressure water jets eroding marble blocks—achieving cuts at 3,000 bar pressure, per engineering studies in the Journal of Materials Processing Technology—and a controlled bridge collapse demonstrating wave-induced resonance similar to the 1940 Tacoma Narrows failure. - Central illusion of an egg "levitating" on a faucet stream exploits the Coandă effect, where water clings to t

Devmanus.io on Instagram: "The video shows handheld laser welding of thin stainless steel sheets into a small enclosure, using a portable fibre laser device with a visible red aiming beam and controlled molten pool for precise, low-distortion joins. Laser welding excels in high-speed, automated manufacturing like automotive parts and electronics, reducing heat-affected zones compared to arc welding; studies in the Journal of Materials Processing Technology confirm up to 50% faster cycle times. P