본문
The floor standing metal analyser FOUNDRY-MASTER Pro 2 is a high-performing optical emission spectrometer (OES).
Engineered for high performance and reliability, the laboratory FOUNDRY-MASTER Pro 2, with its innovative optical system and extended wavelength range, assures precise identification and trace analysis of important elements such as Nitrogen in steel and Phosphorus in aluminium.
The FOUNDRY-MASTER Pro 2 offers:
Uncompromised analytical performance and reliability for production process control Proven OES-technology Widest wavelength range from 130 nm - 780 nm Extensive result, report and result processing options Minimal and cost-effective maintenance
Product Benefits
Easy and fast testing
The intuitive user interface and numerous customer-driven features make analysis work easy and simple. Just place the sample on the easy acces sample stand, start the measurement and read the result.
Precise analysis and material identification
Uncompromised analytical performance and reliability for production process control:
Accurate and repeatable analysis including grade determination Superior low carbon and nitrogen measurement performance Excellent long-term stability and minimum detection limits Wide 130 nm – 780 nm wavelength range covers all elements Extensive analytical functions including editable grade identification libraryState-of-the-art technology
State-of-the-art technology guarantees reliable operation and measurement results:
Markets and Industries
Assuring precise identification and trace analysis of important elements such as nitrogen in steel and phosphorus in aluminium, the FOUNDRY-MASTER Pro 2 is the system of choice for metal manufacturers, metal processors and the foundry industry. Typical applications include:
Analytical mode / identification Steel, cast iron and high alloyed steels Non-ferrous metals and their alloys Aluminium: wrought alloys, casting alloys, ... Copper: bronze, brass, cupronickel, ... Magnesium, zinc alloys, solders Nitrogen in steel Phosphorus in aluminium Ultra low carbon analysis Improved LOD's for lead, silicon, zinc, ... Elements such as selenium, lanthanum, tellurium