Dose Insight Now Powered by RayXpert®
We’re partnering with TRAD to expand access to high‑performance virtual dose‑mapping across North America. Historically we have delivered services using Monte Carlo engines such as Geant4 and EGSnrc. RayXpert® will be now our primary simulation platform.
Why RayXpert®?
RayXpert delivers a fast, intuitive, and highly accurate 3D Monte Carlo environment—ideal for radiation‑protection studies, shielding design, safety evaluations, and complex dose‑mapping challenges.
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High‑fidelity dose‑mapping across complex geometries
Complete virtual dose‑mapping services
Partnerships with clients who want to bring virtual dose‑mapping in‑house
Support for RayXpert users
Now a Distributor for the USA & Canada
In addition to simulation services, Dose Insight is an official RayXpert® distributor in the United States and Canada
providing access to the platform, onboarding, training, and technical support.
Contact us for a free consultation!
Virtual dose mapping for packaging design
Optimize packaging to improve dose uniformity and throughput with realistic motion modeling.
We use a proprietary shaking algorithm that simulates how devices move within their packaging during handling and transport. This reveals worst‑case positions, contact points, and shadowing that impact min/max dose and dose uniformity ratio (DUR), enabling better tray/insert choices and pack‑out strategies.
Motion comparison: no tray vs. tray
Our most popular services
Contact us for pricing information!
Evaluation of radiation sterilization for a novel device
A virtual dose map study of a single, isolated device to identify locations of min/max dose and DUR
Optimization of device orientation relative to beam
Virtual dose maps from 3 different beam directions so you can identify the orientation with the best DUR
Compare multiple design choices
Compare the virtual dose maps delivered to two different design choices, such as device designs, packaging designs, or shipping box packing configurations
Penetration study
Optimize your throughput with a systematic study of the number of shipping boxes that can be penetrated with different beam directions

