Security and cargo screening
Portable checks, incident response and controlled inspection workflows.
Application routes
Choose radiation detection equipment by the work it must do.
Application comes first. Define the material, environment, radiation type, expected range, operating workflow and required evidence before comparing instruments.
Where detection is used
Four starting points for a technical enquiry.
These application pages are selection routes, not claims that every published detector is suitable or approved for every environment.
Medical environments
Measurement needs around controlled radiation use and workplace procedures.
Scrap metal recycling
Incoming material checks and contamination-risk workflows.
Industrial, NDT and mining
Application-led selection for portable work in demanding environments.
Selection questions
What changes from one application to another?
| Application | Questions to answer | Possible instrument route |
|---|---|---|
| Scrap metal screening | Incoming load size, inspection distance, alarm workflow, ruggedness | Portable screening or professional survey equipment |
| Personal monitoring | Wear period, cumulative dose, alarm, data retention | Personal dosimeter |
| Laboratory checks | Radiation type, samples, background level, required units | Handheld detector or specialist bench instrument |
| Medical environment | Controlled area, workflow, applicable local rules, calibration needs | Professional survey or dose-monitoring route |
| Security response | Search workflow, source location, alarms, training and reporting | Portable survey or specialized detection route |
Important: final suitability must be verified against the exact model specification and the rules that apply at the destination.
Build a clearer enquiry
Tell us the material, location and measurement workflow.
Share the application, radiation type, quantity, destination country and any documents your purchase process requires.