Spectruma GDA 650 HR

Spectruma GDA 650 HR

The GDA 650 HR is a robust GDOES (Glow Discharge Optical Emission Spectroscopy) spectrometer designed for both quality control and research applications. Engineered to handle demanding tasks 24/7, it features easy maintenance. Versatility is a key strength of the GDA 650 HR. This high-performance instrument enables precise analysis of both electrically conductive and non-conductive samples, providing valuable insights into material elemental composition and layer thickness.

GDA 650 HR

The GDA 650 HR glow discharge spectrometer utilizes cutting-edge CCD technology, offering an optimal combination of exceptional resolution and sensitivity. Its direct light path ensures minimal transmission losses, guaranteeing the best detection limits for precise analysis. This makes it an ideal choice for customers seeking both accuracy and versatility.

To prevent contamination from hydrocarbons, the GDA 650 HR is equipped with a scroll pump. Additionally, the standard configuration includes a high-frequency glow discharge source, enabling the analysis of electrically non-conductive samples. As with all our instrument types, the GDA 650 HR offers a wide range of additional options, further enhancing its capabilities to meet diverse analytical needs.

Highest level of accuracy

  • Precise measurement of ultrathin layer/thin film thickness and accurate determination of layer weight.

Bulk analysis

  • Measurement of the chemical composition of coatings, substrates and complex bulk materials.

The GDA 650 HR boasts a user-friendly interface, making operation straightforward and intuitive. Its rapid analysis capability allows for quick interventions in the production process, facilitating prompt error correction and enhancing overall efficiency and quality control.

  1. Surface testing based on diffusion processes.
  2. Depth profile analyses in manufacturing environments.
  3. Examination of coating processes.
  4. Analysis of hard coatings.
  5. Evaluation of zinc coatings.
  6. Versatility in channel selection.
  7. Measurement of curved and unusually shaped samples.
  8. Comprehensive spectrum evaluation.
  9. Seamless expansion of analytical methods.