TURCK Australia and New Zealand is expanding its portfolio of condition monitoring solutions with the IM18-CCM45: a control cabinet guard featuring integrated sensors and direct Multiprotocol Ethernet ...

Integrating electrochemical and optical sensors in organ-on-a-chip models enables real-time monitoring of cellular responses, ...

BinMaster Sensors and Technologies LLC (BST™), a leading U.S. manufacturer of level, weight, hydrological, and environmental ...

Sensata Technologies today announced the launch of its FL Series Ultrasonic Flow Sensors, a non-intrusive flow-monitoring ...

Mouser Electronics, Inc., the authorized global distributor with the newest electronic components and industrial automation ...

Kuva Space, a Finnish space-technology company developing hyperspectral Earth-observation satellites and AI-powered ...

Biosensor technology in 2026 integrates 2D materials and microfluidics, enabling precise disease diagnosis and effective environmental monitoring solutions.

AI-enhanced routing for underwater sensors shows promise, with simulations revealing improved network longevity and data transmission in challenging conditions.

Hamamatsu Photonics has launched Hikari, an AI-powered assistant that provides immediate, expert-level guidance to researchers and engineers selecting photonics components. Hikari translates user ...

The James Hutton Institute is playing a central role in a new UK research and innovation project that aims to make pollination in commercial fruit production measurable, manageable and more resilient, ...

With the confocal chromatic line sensor confocalLINE CLI8500, Micro-Epsilon opens a new chapter in 3D measurement technology: maximum precision, exceptionally high point density and impressive ...

How Does a Biosensor Read a Plant? A biosensor begins with a bioreceptor, a biological molecule that recognizes one specific target. Antibodies, DNA strands, enzymes, and aptamers can all fill this ...