MiniLab 300

MiniLab 300

The S3 MiniLab 300 is the latest addition to the GNR range of Optical Emission Spectrometer designed by GNR. Today our MiniLab range is recognised as one of the most compact and highly performing optical emission spectrometers available in this class.

The S3 MiniLab 300 Spectrometer combines ease of use with low maintenance costs. With its affordable price and using the most advanced technological optical and electronic components it is truly a leader in its field.

  • The S3 MiniLab 300 is a Multi Matrix spectrometer for Ferrous Alloys, Aluminium alloys and Copper alloys.

    Due to its innovative optical design, the S3 MiniLab 300 is the only spectrometer of its class to mount up to 7+1 high resolution CCD detectors with 3.648 elements to ensure the best spectral resolution (< 10pm).

    The S3 MiniLab 300 with its extended analytical range from 130 up to 700 nm can cover almost all of the analytical requirements of a modern foundry. Extra element lines may be easily added if needed without hardware additions.

    The innovative argon purged optic, with an argon consumption of 10 l/day only, ensures the maximum light transparency in the UV region at negligible cost.

    Technical Data S3 MiniLab 300

    Purged Argon Optical System. No vacuum pump needed.

    A High Resolution CCD system with up to 7 +1 CCD solid state detectors, depending on required applications. Spectral Field: from 130 to 700 nm – High Luminosity Holographic grating with 3600 grooves per mm 400 – 700 nm extended range with additional CCD. The focal length is 300 mm for all optical systems.

    Argon purged optical chamber with Proprietary Low Consumption Argon Device. Stabilised against  temperature variations

  • Optical Air System: Multi High Resolution CCD system with up to 7 +1 CCD solid state detectors depending on required applications. Each CCD has 3.648 active elements (pixels equivalent) Argon purged optical chamber with Proprietary Low Consumption Argon Device. Stabilized against fluctuations in temperature. Spectral Field: 165 to 460 nm - High Luminosity Holographic grating with 3600 grooves per mm. 400 - 700 nm extended range with additional CCD Focal Length: 300 mm for all optical systems Source: Full automatic controlled source. Solid state spark source semiconductor controlled. Dimension and Weight: H 410 mm ; D 810 mm ; W 510 mm / Kg 50

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