With the advancement of robotic technology from "pre-programmed execution" to "embodied intelligent interaction," the physical interaction capability between robots and their environment has become a critical bottleneck limiting their autonomy and adaptability.

As a critical piece of equipment in the metalworking industry, the stability of stamping machines directly determines production efficiency, product precision, and operational safety. The periodic impact and vibration generated during stamping machine operation can easily lead to bearing wear, gear meshing anomalies, and mold aging.

Recently, the multi-type domestically produced in-situ marine biogeochemical sensors developed by a research team led by Wu Guojun, a researcher at the Xi'an Institute of Optics and Fine Mechanics (Xi'an Optics and Fine Mechanics Institute) of the Chinese Academy of Sciences, successfully completed multi-platform and multi-scenario deep-sea application verification.

Dear Clients and Partners: The year-end is approaching, and the new year is about to begin. On the occasion of the upcoming 2026 Spring Festival, Senther Technology extends our warmest holiday greetings to you! To ensure the smooth transition of relevant matters during the holiday period, based on the company's actual operational situation, the holiday schedule for the 2026 Spring Festival is hereby notified as follows:

In high-precision fields such as industrial automation, aerospace, and infrastructure monitoring, the accurate perception of motion states is crucial for ensuring stable system operation.

In this study, the authors propose a bionic neuromorphic soft pressure sensor designed to achieve stable underwater performance and simplified signal processing.