Characteristics of the second-hand Agilent ICP-MS7500 plasma mass spectrometer:

The Agilent 7500 series features fully automated ease of use, flexibility, reliability, and a user-friendly design, providing the highest level of analytical performance. The new 7500 series can be equipped with second-generation eight stage rod reaction cell (ORS) technology, providing a variety of injection accessories and excellent application and maintenance service support. It is leading laboratories into the ICP-MS era;

Used Agilent Plasma Mass Spectrometry ICP-MS7500 Application Fields:

Environmental sample analysis, including analysis of tap water, surface water, groundwater, seawater, as well as various soils, waste materials, etc;

Semiconductor material analysis

Analysis of samples such as glass, ceramics, and mining and metallurgy;

Geological research;

Clinical research on biological food and medicine;

● Nuclear material analysis

Petrochemical sample analysis;

Forensic applications and research;

Recently, the combination of separation technology for the analysis of elemental valence states and forms in fields such as environmental toxicology and life sciences has become a focus of ICP-MS technology applications

Analysis characteristics of second-hand Agilent plasma mass spectrometry ICP-MS7500:

● Can quickly and simultaneously detect almost all elements on the periodic table

● Lowest detection limit (as low as ppq level)

● Analyze the best benefit/cost ratio

● The widest linear dynamic range - can directly detect concentrations from ppq to hundreds of ppm

● Simple spectral lines, minimal interference, good accuracy and precision

Low sample size (ul to ml) and fast analysis speed (1-3 minutes/sample) are required

● Flexible and diverse detection modes

Analysis of Ultra trace Pollutants in Commonly Used Materials in the Semiconductor Industry:

Solid: Si; GaAA single crystal slice; Furnace materials such as quartz and silicon carbide; High purity metal electrodes, etc

Agilent ICP-MS can directly analyze organic samples:

The high-performance and high-power shielded moment cold plasma technology of Agilent ICP-MS has been used to determine ppt level trace pollutants in a series of organic samples.

For some of these samples, other methods cannot obtain satisfactory results, and high-power shielding moment cold plasma technology is an analytical method.

Strong alkaline cleaning agents such as tetramethylammonium hydroxide (TMAH)

High substrate samples - highly volatile cleaning agents such as photoresist, liquid crystal, BPSG, PSG, etc