Original imported desktop/floor standing direct reading spectrometer

From the analysis of impurity elements in scrap metals, incoming material testing, to quality control during the casting process and finished product testing, coherent quality control is crucial in the entire metal processing industry.

Direct reading spectroscopy (OES) is a highly reliable and widely used analytical technique for determining the elemental composition of various metals.

Our direct reading spectrometer (OES) provides the highest accuracy and precision in analytical results. A powerful and easy-to-use software package that covers almost all application areas.

Low detection limit for multiple elements

• Not only can it analyze the major and minor elements in the vast majority of metals and their alloys, but it can also analyze trace impurities
• The widest spectral range, covering almost all elements of interest, including nitrogen in steel
• Comprehensive brand database
• Results within reach: diverse forms of results, automatic storage

Using durable and reliable technology to achieve high analytical performance

• Short startup and measurement time
• Three sided open spark table
• High resolution multi CCD optical system to achieve optimal spectral resolution
• Multi style results, analysis reports, and result processing options
• Ensure excellent long-term stability through Peak Position Calibration (PPA)
• Sustainable use even under harsh conditions

All of our direct reading spectrometers come with the largest metal database to help you quickly and easily identify grades

• Can provide over 10 million records of more than 320000 types of metal materials in 69 countries and standards
• A few clicks can upgrade your instrument's brand database
• No need to waste time searching for specifications and brand catalogs

Through a few simple and comprehensive steps, you can:

• Search for similar metal products abroad and compare alternative materials together (interrelationships)
• Conduct a global metal search based on specific chemical composition or mechanical properties
• Cracking metal materials and finding the correct grade for specific applications
• Search for precise, traceable, and reliable mechanical, physical, and other characteristic data under various conditions and temperatures
• Following the constantly changing pace of various national and international standards (such as AISI/ASDM, DIN, EN, BS, JIS, GOST, etc.)