WESTFORD, Mass., November 12, 2019 (Newswire.com) - Hitachi High-Tech Analytical Science Corporation (Hitachi High-Tech Analytical Science), a Hitachi High-Technologies Corporation (TSE: 8036) wholly-owned subsidiary engaged in the manufacture and sales of analysis and measuring instruments, launches the OE750 – a ground-breaking new optical emission spectrometer for verifying demanding metals specifications in foundries and metal production.
Complex supply chains and increased use of scrap metal as a base material puts foundries and metals manufacturers under increasing pressure to control tramp and trace elements within the melt. The new OE750 optical emission spectrometer offers a level of performance never previously seen in an analyzer in this class. It covers the entire spectrum of elements in metal and has some of the lowest detection limits possible. The result is an analyzer that has the capability of much more expensive instruments, bringing high-quality analysis within reach for the first time for many foundries and metals manufacturers.
Revolutionary new optical concepts, with four patents pending, using superior CMOS detector technology is behind the high level of optical resolution and large dynamic range of the OE750. As a result, this new analyzer has a very large wavelength range, meaning it can measure the entire range of elements within metals at ppm levels. This is essential for meeting today’s tight metals specifications and the analyzer can meet the requirements of the new ASTM E415 test method for carbon and low-alloy steel.
The OE750 is the ideal analyzer for aluminum casting as it can determine phosphorous to very low limits in near eutectic and hypereutectic aluminum-silicon alloys. It can analyze antimony, bismuth, strontium and sodium, and tramp and trace elements, ensuring these can be controlled within the aluminum melt for optimal structural modification. The innovative optics design results in a fast start-up time as the volume occupied by the instrument’s optics is relatively small. This aids high throughput production, where the quality of the melt needs to be verified at several points.
In addition to the new optics design, the OE750 has other technical features that support high volume metals analysis. It has a new sealed spark stand with optimized laminar flow; this reduces argon consumption, reduces the likelihood of contamination and drastically reduces maintenance requirements. A unique mid-pressure system with low-pressure argon purge cuts down the pump usage. This reduces the power consumption of the pump by 90% and enables an oil-free design to be used, increasing reliability and instrument uptime. This makes the OE750 highly reliable with low operating costs.
In addition to innovative hardware technology, the new OE750 includes software that enhances its performance. For example, it includes the Hitachi GRADE Database that includes more than 12 million records for over 339,000 materials from 69 countries and standards, reducing time and potential errors from manually consulting grade catalogs. Optional charge correction software automatically calculates the right quantity of material to add to a melt to bring it into spec.
Quote: Wilhelm Sanders, Hitachi OES Product Business Development Manager said: “In the past, foundries and metal processing businesses had to choose between high-performance analysis and instrumentation that was in their price range. Thanks to the new OE750 they no longer have to make that compromise. The OE750 offers comprehensive metals analysis in one accessible package.”
For more information please visit hhtas.net/oe750
About Hitachi High-Tech Analytical Science Corporation :
Hitachi High-Tech Analytical Science is a global company created in July 2017 within the Hitachi High-Technologies Group. The company is headquartered in Oxford, UK, with research and development and assembly operations in Finland, Germany and China and sales and support operations in a number of countries around the world. Our product range includes:
· The mobile and stationary OES range are used by industries the world over for fast and precise metals analysis. Featuring optical emission spectroscopy technology, all important elements with low detection limits and high precision can be determined, including carbon in steel and all technically relevant main and trace elements in nearly all metals.
· X-MET8000 handheld analyzers, used by thousands of businesses to deliver simple, rapid and non-destructive analysis for alloy analysis, scrap metal sorting and metal grade screening using precision XRF technology.
· Vulcan handheld analyzers, with LIBS laser technology, identify metal alloys in just one second, making it one of the fastest analyzers in the world. This hugely benefits businesses processing high volumes of metal.
· X-Strata and FT range microspot XRF analyzers measure coating thickness of single- and multi-layer coatings including alloy layers and are designed to be incorporated into quality control or process control programs, as well as research laboratories.
· Lab-X5000 and X-Supreme8000 benchtop XRF analyzers deliver quality assurance and process control across a diverse range of industries such as petroleum, wood treatment, cement, minerals, mining and plastics.
About Hitachi High-Technologies Corporation:
Hitachi High-Technologies Corporation, headquartered in Tokyo, Japan, is engaged in activities in a broad range of fields, including Analytical & Medical Solutions (manufacture and sales of clinical analyzers, biotechnology products, and analytical instruments), Nano-Technology Solutions (manufacture and sales of semiconductor manufacturing equipment and analysis equipment), and Industrial Solutions (providing high value-added solutions in fields of social & industrial infrastructures and mobility, etc.).
The company’s consolidated revenues for FY 2018 were approx. JPY 731.1 billion [USD 6.6 billion]. For further information, visit http://www.hitachi-hightech.com/global
Hitachi High-Tech Analytical Science website
Kim White, Hitachi High-Tech Analytical Science
Source: Hitachi High-Tech Analytical Science