Radiation is invisible.
Protection shouldn't be.
RadSafe applies Monte Carlo radiation-transport modelling, dosimetry and regulatory expertise to keep people safe around ionising radiation — from a dental X-ray room to a mine processing NORM.
Three ways radiation moves through a room
The X-ray room below shows a diagnostic unit in use. Select a mode to see the three distinct concepts every protection design must handle.
Primary beam
The intended, collimated X-ray beam travelling from the tube's focal spot, through the patient, to the image detector. Only this beam is useful for imaging; everything else must be controlled.
Scattered radiation
When the primary beam strikes the patient or nearby objects, a fraction is redirected in all directions at lower intensity. Scatter is the dominant source of dose to staff standing near the patient.
Leakage radiation
Radiation that may emerge through the X-ray tube's protective housing in directions outside the intended beam. Housing is engineered to limit this, but it is never zero.
Educational visualisation — not a measured radiation field or shielding calculation. Colours distinguish the three concepts; they do not represent measured intensity.
Every element has a safety purpose
Select an object in the 3D room — or use the buttons below — to understand its role in radiation protection.
Select an object
Choose any object above (or click it in the 3D room) to learn what it does and the radiation-safety principle behind it.
Keyboard and screen-reader users: the buttons above are a complete alternative to the 3D scene — no object information is only in the 3D view.
Shielding is a calculation, not a guess
A diagnostic X-ray room is protected by specific barriers. Shielding effectiveness depends on the radiation energy, workload, room geometry, and the material and thickness of each barrier — never a single universal number.
The full radiation-protection stack
One partner, no hand-offs — from a first licence application to computational shielding design.
Radiation Management Plans
Facility RMPs prepared to the regulator's structure, covering organisation, safety assessment, monitoring and emergency arrangements.
Radiation Safety Assessments
Assessment of dose to workers and the public, shielding adequacy and compliance gaps.
Occupational Monitoring
Worker dosimetry, quarterly dose reviews and record management.
Radiation Safety Training
Radiation protection awareness and induction for dental and medical staff, with CPD.
Regulatory Documentation
Licence applications, renewals and inspection preparation, prepared by a qualified radiation scientist.
Compliance Reviews
Gap analysis against regulatory requirements, with a prioritised action plan.
Records Management
Maintaining audit-ready radiation safety records over time.
Licence Renewal Support
End-to-end two-year renewal support, including the RSO role.
The compliance journey
Radiation compliance is a continuous cycle, not a one-off filing.
1 · Initial Assessment
Review of the facility, equipment, staff and current status against requirements.
2 · Documentation Preparation
RMP, safety assessment and supporting documents prepared to the required structure.
3 · Regulatory Application Support
Assembling and submitting the application with the correct evidence.
4 · Inspection Preparation
Readiness review so the facility is prepared for a regulator inspection.
5 · Monitoring & Compliance
Ongoing dosimetry, reviews and records to stay compliant between renewals.
6 · Renewal & Continuous Improvement
Renewal support and progressive improvement of the safety programme.
RadSafe provides professional support and preparation; it does not issue regulatory licences or guarantee approval. The regulator remains the decision-maker.
Protect your people.
Protect your practice.
Professional radiation protection, shielding and compliance support — radiation managed with confidence and control.