Beamide

🧪 Products

MRADSIM (Matter-RADiation Interactions SIMulations)

MRADSIM is an advanced modular software suite developed to simulate the effects of radiation on electronic components, materials, and biological systems. Leveraging Monte Carlo simulations via Geant4, it integrates Artificial Intelligence and Machine Learning algorithms to enhance simulation precision and efficiency. MRADSIM is tailored for various sectors, including aerospace, nuclear, medical, and IT industries. It offers user-friendly interfaces and supports complex geometries, making it accessible for both researchers and engineers.

MRADSIM Converter Pro

This tool facilitates the conversion of CAD models in STEP format to GDML, compatible with Geant4-based simulations. It significantly reduces processing times, enabling faster and more efficient simulations. MRADSIM Converter Pro is essential for users requiring high-speed geometry imports and modifications.

MRADSIM Space

A specialized version of MRADSIM, MRADSIM Space focuses on simulating radiation effects in space environments. It assists in assessing the impact of cosmic rays and solar radiation on spacecraft and satellite components, ensuring their reliability and safety during missions.

MRADSIM Dose Basic

Designed for terrestrial applications, MRADSIM Dose Basic simulates radiation interactions in environments such as nuclear power plants, medical facilities, and IT infrastructures. It aids in radiation shielding design, safety assessments, and regulatory compliance .

PDOZ

One of the core projects under development is the PED (Personal Electronic Dosimeter), a portable dosimeter designed to measure real-time exposure to ionizing radiation in hostile or operational environments.

🧪 Services

Radiation Hardness Assurance (RHA) Testing

Beamide provides RHA testing services to evaluate the resilience of electronic components and systems against radiation exposure. These tests are crucial for ensuring the longevity and functionality of devices used in space missions, nuclear facilities, and other radiation-prone environments.

Thermal Vacuum (TVAC) Testing

TVAC testing simulates the extreme temperature and vacuum conditions of space to assess the performance and durability of materials and components. Beamide's TVAC services are vital for validating the reliability of space-bound equipment.

🌍 Applications

·        Space Exploration: Ensuring the integrity and functionality of spacecraft and satellite systems in the harsh conditions of space.

·        Nuclear Industry: Designing radiation shielding and assessing the impact of radiation on materials and components in nuclear power plants.

·        Medical Sector: Simulating radiation effects for radiation therapy planning and ensuring the safety of medical devices

·        Information Technology: Assessing radiation impacts on IT infrastructure, including servers and data centers, to maintain operational reliability.

🛠️ Technologies

·        Geant4 Monte Carlo Simulations: Utilized for detailed particle transport simulations, providing accurate radiation interaction models.

·        Artificial Intelligence & Machine Learning: Integrated to enhance simulation accuracy, identify potential radiation-induced issues, and develop mitigation strategies.

·        STEP to GDML Conversion: Facilitated by MRADSIM Converter Pro, enabling seamless integration of CAD models into simulation environments.

·        User-Friendly Interfaces: Designed to make complex simulations accessible to users without extensive programming expertise.

Beamide Srl stands at the forefront of radiation simulation and testing, offering innovative solutions that bridge the gap between theoretical research and practical application. With a strong foundation in scientific research and a commitment to technological advancement, Beamide continues to support industries in developing safe and reliable systems in radiation-intensive environments.