spectro-dosimeter for ultrashort pulse lasers

Logo von Silix Lmabda

  • Precise monitoring of X-rays: Measures photon spectra of 2 keV to 20 keV and all local dose rates.
  • Compliance with legal requirements: Supports radiation protection according to §12 and §17 StrlSchG.
  • User-friendly and versatile: Ideal for industry, research and laboratory with 24/7 storage.
  • Highly sensitive technology: silicon sensor with 8 million pixels and 0.08 keV resolution

Contact: Mr. Ralf Kott

The spectro-dosimeter for ultrashort pulse lasers, model SILIX Lambda, was specially developed to reliably measure X-rays when using ultrashort pulse lasers and to meet the requirements of the Radiation Protection Act (StrlSchG). This innovative device enables the simultaneous recording and storage of key measurement parameters. These include the photon spectrum from 2 to 20 keV and the legally prescribed local dose rates: Ḣ*(10), Ḣ'(3) and Ḣ'(0.07).

Comprehensive monitoring for maximum security

With the Spectro-dosimeter SILIX Lambda The intensities of the X-rays can be precisely measured and fully documented. The recording of the X-ray spectrum forms the basis for the internal calculation of the legally defined local dose rates and the local doses that occur in laser processes. Thanks to this function, users can see in real time whether the limit of 1 µSv/h or the annual dose limit of 1 mSv is exceeded. These values apply not only in Germany, but worldwide.

In addition, the spectro-dosimeter for ultrashort pulse lasers all the necessary measurement data that must be provided when applying for laser systems from German authorities. The precise recordings and evaluations of the device specifically support the notification and approval process in accordance with Section 17 of the Radiation Protection Act (StrlSchG). A particularly helpful function is the graphical representation of the worst-case scenario when emitting X-rays.

High-precision technology in the spectro-dosimeter for UKP lasers

The SILIX Lambda spectro-dosimeter uses the photoelectric effect to precisely detect X-rays. The heart of the system is a silicon image sensor with 8 million pixels, which reliably detects and spectrally resolves even the smallest radiation levels. Patented self-monitoring mechanisms ensure consistently reliable measurement results. With an impressive spectral resolution of just 0.24 keV, the spectro-dosimeter sets new standards, especially in safety-critical environments.

Spectro-dosimeter for ultrashort pulse lasers: Flexible applications and easy handling

The Spectro-dosimeter SILIX Lambda is suitable for a wide range of applications, including industrial laser processing, scientific research and laboratory tests with changing laser conditions. Thanks to its user-friendly operation, easy-to-understand documentation and continuous data storage, it is impressive in a wide range of application scenarios. Each device is tested with radiation-standardized calibration values before delivery and uses internal reference data during operation to always deliver reliable results, even at distances of 2 cm to several meters.

Perfection in radiation protection and UKP laser monitoring

The Spectro-dosimeter SILIX Lambda offers an unbeatable combination of precision, reliability and ease of use. It is the optimal tool for monitoring X-rays from pulsed laser radiation and meets the highest standards in radiation protection. With its innovative technology and wide applicability, the device is ideal for use in research, industry and laboratories.

If you have any further questions about the spectro-dosimeter for ultrashort pulse lasers, please feel free to send us a non-binding inquiry. Further information about the products and all technical data sheets for each variant can be found here: https://www.ukpl.de/

measurement results

Beispiel für Messergebnisse des Silix Lambda

Applications

  • Monitoring of ultrashort pulse lasers: Precise measurement of X-ray radiation in ultrafast laser systems.
  • Industrial laser processing: Safety and radiation protection in production environments.
  • Scientific research: Analysis and monitoring of radiation in laboratories.
  • Regulatory evidence: Documentation for compliance with legal radiation protection requirements.
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