LUNA 3D

Surface Guided Radiation Therapy system to support reproducible patient positioning and monitor patient surface motion at LINAC and CT

The New More in SGRT

LUNA 3D offers a browser-based user interface for easy deployment on multiple screens and streamlined workflows. Workflow support is also designed to be as friction-free as possible with features like a virtual laser for fast and easy patient set-up as well as flexible and secure access to data for preparation and reporting from other devices within the network.

For treatments involving breathhold techniques, LUNA 3D´s patient coaching screen helps engage and guide patients, facilitates precise dose delivery and patient cooperation. LUNA 3D supports ergonomic patient setup, minimizing contorted movements of therapists and enabling initial patient setup in a comfortable couch position. It utilizes high-resolution stereoscopic CMOS camera technology with GPU-powered calculations for accuracy and low latency. Multiple regions of interest (ROIs) enable the focus on different surface regions during setup and treatment.

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LUNA 3D introduction at ASTRO 2023

In this short video filmed at the ASTRO 2023 meeting in San Diego, US, Trent van Arkel, CEO of LAP of America Laser Applications, LLC, introduces LUNA 3D.

Discover the LUNA 3D experience

Features

Precise patient setup

LAP´s new LUNA 3D camera-based patient monitoring enables precise patient positioning for every treatment fraction. With high-resolution cameras capturing detailed patient data, you can confidently deliver advanced treatment techniques like SRS and DIBH with ease and precision.

Continuous motion monitoring

Powered by parallel GPU computing, LUNA 3D offers continuous, real-time monitoring of patient motion with low latency. Say goodbye to treatment uncertainties caused by intra-fraction patient motion and mitigate the risk of damaging healthy tissues and Organs at Risk (OAR).

Seamless documentation

LUNA 3D´s comprehensive reporting tools and SGRT data interface provide seamless documentation of patient positioning and motion throughout the treatment fractions. Now, you can easily trace potential reasons for treatment results, reduce liability risks, and increase patient safety along the treatment process.