myOSL 4.0
most modern OSL system which is growing with your needs...
Our 4-element OSL dosimeter is equipped with three distinct Hp(10) filters, enabling a highly accurate flat energy response for Hp(10) across a broad energy spectrum ranging from 16 keV up to several MeV. In addition to Hp(10), it provides reliable estimates for Hp(0.07) and Hp(3) dose quantities, covering a wide range of radiation protection needs.
Measuring just 49 x 23 mm, this dosimeter ranks among the smallest 4-element passive dosimeters worldwide, making it ideal for discreet personal dosimetry.
Each dosimeter is uniquely identified using a Data Matrix code and an embedded RFID chip (optional).
Dose response range: from 0.05 mSv up to 10 Sv*
Designed with the same dimensions as the Panasonic TLD card, this dosimeter allows users to reuse existing Cs-137 irradiators and Panasonic magazines with minimal modifications—ensuring cost-effective upgrades for existing dosimetry setups.
*lower limit of detection with special reader settings available on request
Our OSL single detectors are based on beryllium oxide (BeO) and come individually marked with a unique serial number and an associated 2D Data Matrix code. These codes are automatically recognized by the integrated barcode scanner in the myOSLraser system, ensuring seamless tracking and traceability throughout the dosimetry workflow.
These compact single detectors are specifically designed for use in:
Eye lens dosimeters for sensitive organ protection
Thanks to the high sensitivity of BeO and the precise individual labeling, these detectors offer accurate dose readings and efficient data handling, making them ideal for occupational radiation monitoring, medical environments, and research applications.
The myOSLraser 4.0 is the core unit of our 4-element OSL dosimetry system, designed for precise and efficient personal radiation monitoring. This automatic OSL reader is optimized for evaluating 4-element dosimeters and/or single-element dosimeters, commonly used for extremity and eye lens dosimetry.
Compact, user-friendly, and built to the highest quality standards, the myOSLraser 4.0 seamlessly combines the reading and erasing functions in one integrated device. With a manual
loading capacity of one dosimeter, it offers a streamlined and reliable solution for laboratories and facilities with moderate dosimeter throughput needs.
For enhanced performance and scalability, the myOSLraser 4.0 can be upgraded with the myOSLautomatic 50, an
automatic unit capable of handling up to 50 dosimeters per batch. Additionally, up
to two myOSLraser 4.0 units can be integrated into the myOSL 4000 system, supporting high-volume processing of up to 3,500
dosimeters with sorting or 4,000 without sorting.
Whether used as a standalone device or as part of a large-scale dosimetry system, the myOSLraser 4.0 provides a flexible, scalable, and high-throughput OSL solution for modern personal dosimetry applications.
The myOSLraser 4.0 can be effortlessly upgraded to a fully automatic system, enabling the processing of up to 50 myOSL dosimeters per loading cycle. This upgrade significantly increases throughput and efficiency, making it ideal for facilities with higher dosimetry workloads.
The automated system includes 10 magazines, each capable of holding 50 myOSL dosimeters, allowing for continuous, hands-free operation. This modular design supports streamlined workflows and reduces manual handling, improving both speed and accuracy in OSL dosimeter evaluation.
With this upgrade, the myOSLraser 4.0 becomes a powerful, medium-capacity OSL solution for personal, extremity, and eye lens dosimetry—ideal for radiation safety labs, hospitals, and monitoring services.
The next level of automation for our myOSLraser series is the powerful myOSLautomatic unit, designed to handle up to 500 myOSL dosimeters per loading. This high-throughput upgrade is ideal for organizations that require efficient processing of large dosimeter volumes in personal, extremity, or eye lens dosimetry.
The myOSLautomatic 500 uses the same magazines as the myOSLautomatic 50 and the myOSL 4000, ensuring full compatibility and seamless integration into existing workflows. This modular approach allows flexible scaling—from mid-sized laboratories to large dosimetry services—without changing the core infrastructure.
With its automated loading and processing, the myOSLautomatic significantly increases efficiency while maintaining precise and reliable OSL readouts, making it the ideal solution for high-volume radiation monitoring environments.
The myOSL 4000 is our most advanced and fully automated OSL dosimetry cabinet, designed to handle up to 4,000 OSL dosimeters per loading. Engineered for high-throughput radiation monitoring, the system ensures fast, reliable, and hands-free processing.
The myOSL 4000 can be equipped with up to two myOSLraser 4.0 readers, enabling parallel processing for maximum speed and efficiency. For calibration purposes, one of the reader units can be temporarily replaced by the myOSLirradiator 4.0, allowing for automated calibration of OSL dosimeters within the same cabinet—ideal for professional dosimetry services and laboratories.
An optional sorting module is also available. It automatically separates and places rejected dosimeters into two different magazines based on rejection criteria. When using the sorting function, the system supports a capacity of up to 3,500 dosimeters per load.
With its modular design, upgrade options, and large capacity, the myOSL 4000 offers a scalable and efficient solution for modern personal and occupational dosimetry workflows.
OSLdosimetry
OSLdosimetry is a user friendly operating software which allows OSL dose measurements as standard user or calibration and setting features for professionals (password protected). The OSLdosimetry software provides individual dosimeter sensitivity calibration which makes the dose reading very precise. Additionally it include the history of OSL dosimeters e.g. OSL life time + OSL life time dose, number of OSL readings, last OSL read out will be stored in the database.