Explore our software
View different breathing phases for a 4D data acquisition.
Replicate treatment delivery using beam animation and 3D views.
Import patient images, structures, plans, and dose
Visualise plan dose in multiple ways in the treatment environment.
Replicates the gold standard in clinical practice.
Real-world equipment made virtual.
Simulated, full-body patient models.
Simulates Radiotherapy processes (treatment and machine QC).
Demonstrate the dose difference for treatment techniques.
A virtual Proton treatment vault.
Complex calibrations, simulated safely.
Simulate real errors and visualise their impact.
Comprehensive VERT content that’s ready to go.
Prepare ahead of time for focused teaching time and maximum impact.
The Flight Simulator for radiation therapy
You don’t need to have it all figured out before contacting us.
Find my SolutionExplore our software
View different breathing phases for a 4D data acquisition.
Replicate treatment delivery using beam animation and 3D views.
Import patient images, structures, plans, and dose.
Visualise plan dose in multiple ways in the treatment environment.
Replicates the gold standard in clinical practice.
Real-world equipment made virtual.
Tailored to key body sites ready to use.
Simulated, full-body patient models.
Demonstrate the dose difference for treatment techniques.
A virtual Proton treatment vault.
Simulate real errors and visualise their impact.
Prepare ahead of time for focused teaching time and maximum impact.
Step into the treatment room, Virtually.
VERT - The Flight Simulator for radiation therapy
You don’t need to have it all figured out before contacting us.
Explore our software
Comprehensive VERT content that’s ready to go.
Prepare ahead of time for focused teaching time and maximum impact.
Simulates Radiotherapy processes (treatment and machine QC).
Complex calibrations, simulated safely.
Replicates the gold standard in clinical practice.
Simulated, full-body patient models.
Import patient images, structures, plans, and dose.
Demonstrate the dose difference for treatment techniques.
View different breathing phases for a 4D data acquisition.
Visualise plan dose in multiple ways in the treatment environment.
A virtual Proton treatment vault.
Replicate treatment delivery using beam animation and 3D views.
Simulate real errors and visualise their impact.
VERT - The Flight Simulator for radiation therapy
Transform your practice with our tailor made solutions
Fully interactive, for a feels real experience
Optional module add on for VERT software
Simulate Physics Dosimetry and QC workflows
Software only solution
Cloud based, anytime, anywhere
Radiation treatment room on wheels
Smaller space, big on impact
You don’t need to have it all figured out before contacting us. We are your creative partner that will help you from the very beginning of the process of making the best solutions for your needs.
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“With its 3D visualization tools and advanced simulation capabilities, the VERT system effectively facilitates students’ understanding of “the complexities of radiation therapy.”
“VERT is used in the Access to Care (A2C) Cape Town radiotherapy training programme to supplement practical radiotherapy training across low to middle income countries and increasing the skills of radiotherapy professionals”
"We are honoured to be one of Vertual’s reference site which allows us to undertake testing of new software releases and provide user input.”
"Not only is VERT am amazing tool for radiation therapy student education, it has elevated our interprofessional learning experiences for other health profession students, changing the way they think about radiation. Clinically, it has transformed the way we share the practice of radiation therapy to our patients, their families and the community, alleviating some of the fear and unknown of radiation treatment."
The incorporation of VERT as a teaching tool is invaluable, as it provides an opportunity for QUT students to undertake practical classes to consolidate academic knowledge and provides practical application of theory. This is able to be achieved in a safe learning environment without clinical pressures, enabling students to build skills in preparation for clinical placement and meet the standards for professional registration upon graduating from the University.
