Asahi Kasei TENAC™-C for Gears, Mechanical Parts, and Conductive Bearings

Asahi Kasei TENAC™-C for Gears, Mechanical Parts, and Conductive Bearings

TenAC™-C NS556 Achieves high-end and high-precision gears As follows: Excellent dimensional accuracy and stability: It can enhance the static accuracy, roundness, and boss cylindricality of gears that require dimensional stability and accuracy, as well as the dynamic precision needed during actual use. This effect is expected to be particularly significant for large diameter gears and … Read more

Cambridge Team Develops Low-Cost Multisensory Robot Skin

Cambridge Team Develops Low-Cost Multisensory Robot Skin

▌University of California Research Suggests Wafer-Level Accelerators Could Reshape AI Computing Efficiency and Sustainability The engineering team at the University of California, Riverside, published a review in the journal Device, indicating that wafer-level accelerator chips developed by companies like Cerebras, with their integrated design and high-density integration, can provide AI models with computational power and … Read more

3D Printing of Circuit Boards

3D Printing of Circuit Boards

The process of 3D printing circuit boards typically involves the following two main methods, detailed as follows: Method 1: Directly Printing Circuits with Conductive Materials Designing the CircuitUse specialized circuit design software, such as EAGLE or Fusion 360, to design and model the circuit. Once the design is complete, import the circuit board file into … Read more

Conductive Glass (Indium Tin Oxide): The Unsung Hero of Touch Screens

Conductive Glass (Indium Tin Oxide): The Unsung Hero of Touch Screens

↑ Click Above to Learn More About “Vesuvius Cellulose” In recent years, touch screens have become increasingly common in electronic devices, appearing not only in smartphones and tablets but also in navigation systems, ATMs, and other equipment. Unlike traditional input methods such as keyboards and mice, touch screens allow users to perform various operations simply … Read more