Metal 3D printing, also known as additive manufacturing, provides for the creation of complex metal parts by layering metal powders and, depending on the application, selectively sintering, fusing, or melting the powders using a high-powered laser or electron beam. This process offers numerous advantages over traditional manufacturing methods, including reduced waste, increased design freedom to […]
READ MORE
PureAire’s Parts-Per-Billion PPB Oxygen Analyzer PureAire Monitoring Systems is excited to add its parts per billion(ppb) Oxygen Analyzer to our full line of Oxygen Deficiency Monitors, Carbon Dioxide Monitors, Toxic Gas Detectors, and LEL Gas Monitors. The new Analyzer measures trace levels of oxygen across a wide variety of applications where precise, ultra-low gas concentration […]
READ MORE
PureAire Monitoring Systems is excited to add its 0-100 parts per million(ppm) Trace Oxygen Analyzer to our full line of Oxygen Deficiency Monitors, Carbon Dioxide Monitors, and Combustible/Toxic Gas Detectors. The new Analyzer measures trace levels of oxygen across a wide variety of applications that require real-time, ultra-low gas concentration monitoring to ensure safety and […]
READ MORE
No, not memes…it’s MEMS. MEMS (that is, micro-electro-mechanical systems), which are sometimes called micromachines, consist of mechanical and electrical components which work together as a system to attain the functionality necessary for use in smartphones, inkjet printers, medical equipment, fitness trackers, home automation, and automobiles, to list just a few commercial uses. MEMS are manufactured […]
READ MORE
Overview 3D printing (also known as “additive manufacturing”) affords manufacturers the ability to create custom parts that fit together perfectly. Utilized for decades in the medical products and aerospace parts industries, 3D printing is increasingly being used in other industries as well, including the relatively recent advent of 3D printed metal auto parts. New and […]
READ MORE
For businesses that work with inert gases or hazardous materials, glove boxes are essential. They allow employees to safely work with sensitive or hazardous materials without compromising either the material or their safety. While glove boxes are an effective solution to handling inert and hazardous materials, they are not failsafe. To ensure there are no […]
READ MORE
Plasma atomization is used in many applications, including 3D printing. First developed in 1998, this technique has risen to become the industry standard process for creating reactive metal powders suitable for 3D printing. Learn how plasma atomization works and why you need an oxygen monitor to stay safe with plasma atomization. How Plasma Atomization Works Plasma […]
READ MORE
OLED — organic LED — is a top desired feature in smartphones, yet manufacturers do not have the production capacity needed to meet industry demands. Since OLED devices have stronger contrast, a faster response time, a better quality, and a lower cost, there are many reasons for consumers as well as manufacturers to embrace this trend. To build […]
READ MORE
As users demand ever-smaller smartphones and better televisions, semiconductor manufacturing plants are tasked with developing new products faster and using new materials. Key to the continued success of the semiconductor industry are inert gases, which include nitrogen and argon. When used safely, both nitrogen and argon play a number of important roles within the semiconductor plant. Yet, these gases poses […]
READ MORE
