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Introduction A measurement system is something we depend on every day, even if we never think about it. From checking the length of a part to ensuring a product meets tight tolerances, measurements guide decisions. In this guide, we will explore measurement systems ...
For example, sensors can monitor vibration levels, temperature fluctuations, or unusual noises in motors or gears. This data is then analyzed to predict when a part may fail, allowing maintenance teams to address the issue before a breakdown occurs. ...
This method digests protein samples into small fragments (such as peptides) and then analyzes them using a mass spectrometer to obtain information on the proteome.Applications1. ...
When discussing energy management in buildings, the focus often gravitates toward large retail, industrial, or corporate office spaces, while cultural buildings tend to remain in the periphery of the conversation. In this article, we will delve into the case studies in the energy management industry of three cultural buildings from an energy efficiency standpoint. Spacewell Energy has recently ...
Introduction With the rapid growth of the electronics industry, solder reflow ovens are used to attach surface mount components to PCBs more quickly and efficiently using solder paste; this must be done in an inert atmosphere, as even ppm levels of oxygen from residual air in the oven can affect the end results leading to a poor solder. Nitrogen gas blanketing is used to flush oxygen (air) from ...
Porosity refers to small voids or gaps within a printed part that can compromise its structural strength. Oxidation results in surface discoloration, weakened structural integrity, and compromised part performance. ...
Routine aviation inspections ensure the aircraft operates optimally and can be used longer. Maintaining an aircraft using non-destructive inspections is a unique technique that specialists have yearned for. However, some faults in the aircraft parts are hard to reach. This has led to a costly routine inspection due to destructive and time-consuming aircraft maintenance. Borescopes (industrial ...
Project title: IoT Microbium® MPN Analyser As part of the project, we will upgrade the Automated Microbium® MPN Analyser to an IoT Microbium® MPN Analyser with reduced plastic consumption and a prediction algorithm. ...
The plant utilizes four (4) Real UV254 high purity analyzers with their UV disinfection system, with one additional Real Tech analyzer on the finished water discharge for UV transmittance (UVT) monitoring. Together these UVT analyzers allow for continuous online measurement and optimization of UV dose in response to water quality. ...
In addition to the pandemic, the digitization of healthcare is rapidly shifting clinical trials from analog to hybrid or fully decentralized clinical trials, catalyzing the development and implementation of digital health technologies to support clinical research. Digital endpoints not only support the decentralization of clinical trials but also provide a means to collect more sensitive, ...
The problem, says SLAC and Stanford professor Soichi Wakatsuki, is KIX, part of the CREB-binding protein (CBP) that AML cancer cells use to transcribe genes important for growth and survival. ...
With traditional XRF instruments, around 72% of testing time is lost on set up, meaning that operators spend significantly more time preparing a measurement and manipulating the results than the instrument spends analyzing the part. The user experience (UX) of the FT230 is significantly improved by an intelligent part recognition feature called ...
Whether it is to evaluate the integrity of a piping system or analyze various parts. It can also be used for reverse engineering purposes. ...
In this blog post, we explore the basics of trace gas analysis and take a closer look at why trace level gas calibration is so important. Trace level gas analyzers (or trace gas analyzers) are systems that detect and quantify extremely low concentrations of certain compounds in gas mixtures. ...
Spectroscopy is not just spectroscopy—or is it?When talking with our project partners and customers, the topic of near-infrared (NIR) spectroscopy is often automatically associated with FT-NIR spectroscopy. So, why isn’t it just called NIR? What is the difference between IR and NIR? Some of you might even wonder: “Can I replace an old IR analyzer with NIR hardware?” And ...
ByB&W Tek
I'm convinced of the benefit of analyzing tanks for O2 percentage and the presence of CO (carbon monoxide). ...
Before making a decision, it’s important to analyze whether making or buying optical parts and components is the best approach for your team, budget, and business goals. ...
Introduction The efficient and reliable operation of sulfur recovery units (SRUs) continues to be critical to hydrocarbon processors, which are tasked with delivering end products that contain lower levels of sulfur while simultaneously reducing the amount of sulfur that is emitted to the local environment. In January 2020, the International Maritime Organization’s initiative to lower ...
What is a CMM machine? A coordinate measuring machine, also known as a CMM, is a piece of equipment that measures the geometries of physical objects. CMMs using a probing system to detect discreet points on the surfaces of objects. The very first CMM made its appearance in the early 60s. Originally developed by Ferranti Company in Scotland in the 50s, this 2-axis CMM used a 3D tracing device ...
Reverse engineering is the process that identifies a physical object’s properties by performing a comprehensive analysis of its structure, functions and operations. Measurements of the object’s full surface geometry are taken, either manually or with various 3D measurement technologies, to create a 3D digital representation of the object. Reverse engineering allows manufacturers to ...