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ICP spectrometer

Lab Expo ICP spectrometer detects trace elements by injecting atomized liquid samples into argon plasma. They are used for detecting single and multiple elements, including non- metals. These ICH spectrometers offer lower detection limits for trace and ultra-trace elements. They can analyze both liquid and solid samples. Their optical drain sensor monitors liquid flow from the spray chamber for precision and sensitivity. These offers wavelength error indication for repeatability. Our ICP spectrometer can be used for clinical, environmental, and industrial applications.

Wavelength range ( 3600 lines / mm )
Wavelength range
Wavelength range ( 2400 lines / mm )
Elements per minute
Temperature range

FAQ for ICP spectrometer

1: What is an ICP spectrometer used for?

An ICP spectrometer is used for the detection and quantification of trace elements and metals in liquid samples with high sensitivity and precision.

2: How does the ICP spectrometer work?

The spectrometer works by introducing atomized liquid samples into an argon plasma torch. The high temperature of the plasma excites the atoms, causing them to emit light at characteristic wavelengths, which is then measured spectroscopically.

3: How do ICP spectrometers achieve low detection limits?

By using high-temperature argon plasma to excite atoms efficiently and sensitive detectors that capture even faint emission signals or low-abundance ions.

4: What is an optical drain sensor in an ICP spectrometer?

An optical drain sensor is a built-in monitoring device that detects and tracks liquid flow from the spray chamber to ensure stable and consistent sample introduction.

5: What is wavelength error indication in an ICP spectrometer?

Wavelength error indication is a diagnostic feature that alerts users if the instrument detects a deviation from expected wavelength calibration, ensuring accurate spectral readings.