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Designing a Compact Plasmonic Pressure Sensor for Nanophotonic Applications

Published in the journal nanomaterials, a team of researchers has developed a small plasmonic pressure sensor that could help to advance nanophotonic devices.

8 Feb 2022

Pressure Sensors: How Can They Be Used to Improve 3D Printing?

3D printing is becoming ever more popular. Pressure sensors can help improve all aspects of 3D printing, from construction to performance to reliability. This article from Superior Sensors discusses how.

From Superior Sensor Technology 21 Jan 2022

Improving Air Filters in HVAC Systems Through the Use of Differential Pressure Sensors

Maximizing HVAC systems means optimizing air filters. Differential pressure sensors can be used to provide notice of inefficient systems, thus ensuring optimal performance.

From Superior Sensor Technology 21 Jan 2022

Using Variable Air Volume (VAV) Systems to Lower Energy Usage in HVAC Systems

Variable Air Volume (VAV) systems are emerging as a strong method by which to reduce the energy consumption of HVAC systems on the whole. Differential pressure sensors are a critical part of these systems and how they function.

From Superior Sensor Technology 21 Jan 2022

Resolving Radar's Resolution Problem with Oculii

Although LiDAR and visual cameras receive most of the attention, radar is a vital piece of the jigsaw – albeit with some core drawbacks. With an intelligent software overlay on current instruments, Oculii hopes to reduce such shortcomings and give radar greater capability.

By Shaheer Rehan 7 Feb 2022

The Benefits of Pressure Sensors for Measuring Airflow

Measuring airflow is important for many HVAC, industrial, and medical applications. Whether it is ensuring an air conditioning system is running smoothly or a hospital ventilator is providing the right amount of air to the patient, airflow measurements provide critical system feedback.

From Superior Sensor Technology 21 Jan 2022