SERVICES

Dosimetry

LB Servizi is your trusted partner in managing the assessment of exposure to ionizing radiation. Thanks to cutting-edge technologies, certified methodologies, and continuous specialist support, we provide personalized, efficient, and sustainable dosimetric solutions.
A scientific approach and strict adherence to regulations ensure maximum protection for operators, patients, and the environment. We offer a wide range of services dedicated to measuring exposure to ionizing radiation using film detectors, thermoluminescent detectors, electret ion chambers, and nuclear track detectors.
Webdosis is an advanced digital platform for the integrated management of dosimetric data.

Thanks to this innovative system, it is possible to access exposure data in real time, manage the Personal Dosimetry Record electronically, and enable automatic communication with the Occupational Health Physician and regulatory authorities. The traceability of exposures makes it possible to implement targeted corrective measures and to continuously improve safety protocols

Dosimetry is the discipline dedicated to quantifying exposure to ionizing radiation and assessing its impact on biological organisms and the environment. It is immediately clear, therefore, why dosimetry is so important and why it represents a fundamental pillar of safety in both the healthcare and industrial sectors, where accurate exposure monitoring helps protect individuals and workers operating in high-risk environments and safeguards the environment from potential contamination

Radon gas is one of the main health risks and is recognized by the World Health Organization (WHO) as the second leading cause of lung cancer worldwide. Odorless, colorless, and tasteless, radon is a naturally occurring radioactive gas produced by the decay of uranium present in soil and rocks. Its danger lies in its ability to infiltrate living and working spaces, accumulating in enclosed environments where it is inhaled by occupants.

Addressing the radon issue is a challenge that must be tackled both in the construction of new buildings (prevention) and in the remediation of existing ones (mitigation). Mitigation measures must be planned based on accurate measurements, as building codes alone cannot automatically guarantee that radon concentrations fall within safe limits.

LB Servizi is a leading company in the field of radiation protection and medical physics. We offer highly specialized consultancy services for physical surveillance in radiation protection, health physics, quality control of X-ray and ultrasound equipment, and MRI safety.

With a team of highly qualified professionals and cutting-edge equipment, we deliver exceptional safety standards and full regulatory compliance—ensuring reliable performance and total peace of mind.

Radioactive contamination can originate from various sources, both natural and artificial. Its detection and characterization are of fundamental importance to ensure environmental safety and protect human health.

LB Servizi, drawing on its extensive experience in the sector, positions itself as a leading company in radiological characterization, providing accurate and timely analysis through the integration of advanced technologies and partnerships with certified laboratories.

When can a site be considered contaminated by radioactivity?
What procedures must be followed to release it from radiological constraints?
How can the safety of personnel and the public be ensured?
Has the site been affected by illegal disposal of radioactive substances?
Do work areas present non-compliant contamination levels?

Answering these questions is essential to prevent risks and ensure compliance with current regulations.
For this reason, LB Servizi provides an In-Situ Radiological Characterization service, allowing the identification and assessment of radioactive contamination through advanced analysis and monitoring techniques.

Radiochemical measurements are essential for the accurate analysis of radionuclides, especially in complex samples that require specific treatment and/or extraction techniques prior to measurement.

Each matrix—ranging from water to solid materials—requires dedicated preparation processes to ensure reliable results that comply with regulatory standards.

The presence of radioactive contamination in healthcare and industrial environments can pose a risk to both human safety and the environment.
Nuclear Medicine departments, radiopharmacy laboratories, decommissioned industrial sites, and areas subject to waste disposal may require comprehensive radiological monitoring to identify potential contamination and ensure compliance with current regulations.

LB Servizi offers advanced solutions for environmental monitoring, providing detailed analyses to identify and quantify radionuclides present in the environment.
Our approach integrates state-of-the-art measurement technologies with specialized expertise to deliver precise and reliable assessments.

Starting, managing, or shutting down an activity involving ionizing radiation sources, is a complex process requiring specific authorizations, in-depth technical evaluations, and meticulous radiological safety management.
Every operational phase—from obtaining licenses to the final closure of the activity—must follow strict regulatory and technical protocols to ensure the protection of people and the environment.

LB Servizi is at the forefront of designing and verifying radiological safety systems, using advanced methodologies to ensure maximum precision and reliability.
Thanks to its registration with the RSICC (Radiation Safety Information Computational Center) of the Oak Ridge National Laboratory and its role as Liaison Officer for the NEA (Nuclear Energy Agency), LB Servizi employs the most sophisticated simulation techniques for assessing and controlling ionizing radiation.

The adoption of cutting-edge tools enables the prediction and optimization of operating conditions in radiation-exposed environments, enhancing protection for workers, patients, and the environment.
The use of advanced computational software allows the modeling of complex scenarios and the development of customized solutions for radiological safety.