What Is a LINAC Door?
Why radiation shielding doors are critical for radiotherapy facility safety — low vs high energy doors, sliding vs hinged types, design factors and choosing the right partner.
Read article →
High Energy LINAC Shielding Design
Ensuring safety, compliance and long-term performance: photon and neutron challenges above 10 MV, shielding calculations, bunker walls, maze optimization and door integration.
Read article →
NCRP 151 Shielding Requirements
The global standard for radiotherapy bunker design — workload, use factor, occupancy, primary and secondary barriers, neutron shielding and door optimization.
Read article →
Neutron Shielded Door Design
Essential protection for high-energy radiotherapy facilities: neutron attenuation layers, photon shielding, structural reinforcement, sealing systems and sliding vs hinged configurations.
Read article →
HDR Brachytherapy Room Shielding
Designing safe and compliant HDR treatment facilities — Ir-192 and Co-60 shielding requirements, materials, door design and regulatory compliance.
Read article →
Concrete vs Lead Shielding
Choosing the right radiation protection solution — the strengths and limits of concrete and lead, why neutrons need borated polyethylene, and how modern facilities combine all three.
Read article →
Photon Shielding for LINAC Facilities
A complete guide to photon (X-ray & gamma) shielding — attenuation physics, lead vs concrete vs steel, NCRP 151 methodology and what it means for your LINAC door.
Read article →