Analysis and testing - AZoOptics Search

Using FlowCam for Manufacturing and R&D Cleanliness Measurement

Article - 23 Oct 2020

Hunting Energy Services (HES) uses FlowCams particle imaging technology for manufacturing and R&D Fluid Cleanliness Measurement.

Extended Range Raman for Rapid Plastic ID

Article - 29 Sep 2020

Extended range raman and superior sensitivity, reproducibility, and SNR can ensure highly accurate plastic ID at speeds practical for industrial use.

Production and Engineering Optical Design Compensation

Article - 12 May 2020

Many optical systems call for precision optical designs, which need significant optical engineering to support the manufacturing team.

Using a 'Sniff Cam' to Detect Diseases

Article - 26 Aug 2019

This article discusses how disease can be detected using a "sniff cam".

Using XRF to Analyze Trace Elements in Polymers

Article - 12 Jul 2022

Discover how XRF can be used to analyze trace elements in polymers.

Identifying Drugs in Packaging Using Spectroscopy

Article - 21 Jun 2022

Researchers at Shizuoka University in Japan have found a way to use an attenuated total reflection version of terahertz spectroscopy to identify drugs in plastic packaging even for compounds with high...

Core Optical Components of Augmented, Mixed and Virtual Reality Devices

Article - 1 Mar 2022

This article describes the core and additional components of augmented, mixed and virtual reality devices.

Waveguide of Augmented and Mixed Reality Devices

Article - 1 Mar 2022

This article describes the difference between augmented and mixed reality (AR/MR) devises versus virtual reality (VR) devices.

Predicting Cancer Treatment Success with Mass Spectrometry

Article - 19 Oct 2021

New research from University College London (UCL) has brought us closer to predicting how patients will respond to cancer treatment. The novel mass spectrometry technique will be valuable to...

How Infrared Cameras Aid Non-Destructive Testing of Railway Rails

Article - 12 May 2021

Scientists have created a novel technique using inductive thermography and infrared cameras which could be developed into an automated method of rail analysis.