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

Play Video

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

Icon of patient positioning with LUNA 3D

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.

Icon of motion monitoring with LUNA 3D

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

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.

Configuration

LUNA 3D for imaging rooms

LUNA 3D for imaging rooms

1 camera pod system for patient motion recording during CT-SIM

LUNA 3D for C-arm LINACs

LUNA 3D for C-arm LINACs

3 camera pod system for reliable patient positioning and monitoring for treatment at C-arm LINACs with rotating gantry

LUNA 3D for bore-type LINACs

LUNA 3D for bore-type LINACs

4 camera pod system for reliable patient positioning at bore-type LINACs and motion monitoring with patient in isocenter

Availability of products, features, and services may vary depending on your location.

FAQ

We have compiled a list of frequently asked questions with the corresponding answers for you.

General

What is the LUNA 3D system all about?

The LUNA 3D system from LAP is a surface-guided radiation therapy (SGRT) system designed for reproducible patient positioning and monitoring during radiotherapy treatments.

What are the ambient operating conditions for the LUNA 3D system?

The LUNA 3D system should operate in temperatures between 15-30°C with relative humidity of 25-80% (non-condensing) and at altitudes up to 2000 meters.

Configuration

In which configurations can I install a LUNA 3D system?

The LUNA 3D system is available in three configurations: 1-camera-pod system for CTs, 3-camera-pod system for C-arm LINACs, and 4-camera-pod system for bore-type LINACs.

Can I use LUNA 3D at my LINAC without a LUNA 3D system at my CT?

Yes. The LUNA 3D at the CT is optional. The LUNA 3D system installed at the CT supports breath-hold coaching and monitoring duirng the CT scan. At the LINAC, imported DICOM datasets in free-breathing and breath-hold are used for patient setup and monitoring. 

Installation

What are the prerequisites for ceiling installation of the LUNA 3D camera pods?

A solid, non-vibrating ceiling is required, while direct mounting on suspended ceilings is not permitted. Please consult LAP for further assistance and room planning services.

How do I prepare my room for a LUNA 3D installation?

Provide true-to-scale room drawings of the treatment room, ensure suitable ceiling and wall constructions, and preconfigure network and power connections. Please consult LAP for further assistance and room planning services.

What are the main components of the LUNA 3D system?

The main components of LUNA 3D in the LINAC room include camera pods, a setup screen, a setup PC, a tablet, a patient coaching screen and an electrical distribution box. The control room is equipped with a LUNA 3D PC and monitor.

What type of server is required for the LUNA 3D system?

A physical or virtual server with Microsoft Windows Server 2022, at least 4 cores, 16 GB RAM, 400 GB SSD, and a 1 Gbps network connection is required.

Service

What should I do if there is an error with the LUNA 3D system?

Refer to the troubleshooting section of the manual for guidance on resolving common issues, or contact LAP technical support for assistance.

Who can I contact in case I need help with LUNA 3D?

The global LAP service network supports you by telephone, remote diagnosis, or personally on site. With technicians in America, Europe, and Asia, we are accessible in every time zone. Our services include commissioniong, user training, maintenance, support hotline, parts replacement and repair.

Do you offer service contracts?

LAP offers three different service contracts to fulfil individual customer needs. Depending on the service level, the contracts include services, software and hardware options.

How do I update the software for the LUNA 3D system?

The LUNA 3D system supports software updates via the LAP cloud infrastructure. Ensure the server can connect to the Internet and follow the update management process.

Operation

What is the precision of the LUNA 3D system?

The LUNA 3D multipod system has a precision of less than 0.5 mm for shifting and less than 0.5° for rotation, with a 6-DOF latency registration of less than 250 ms using the 3 pod configuration.

How is the LUNA 3D system calibrated?

The LUNA 3D system undergoes basic camera pod calibration processes and daily QA camera pod verification, ensuring accurate patient positioning and monitoring.

How does the LUNA 3D system import patient data?

Patient data can be imported using the DICOM RT interface of LUNA 3D.

What is the reference when positioning patients with LUNA 3D at the LINAC?

The reference for patient positioning at the LINAC is the DICOM import of the patient surface from CT imaging or the SGRT surface reference acquired by LUNA 3D at the Linac.

Does the LUNA 3D system support couch control at the LINAC?

No. The LAP interface is currently in development and is planned to support patient couch control in the near future.

Further resources

Go to top