OSL and LAP partner to bring the New More in SGRT to the UK and Ireland
30th November 2023
OSL is thrilled to announce a partnership with LAP to distribute the LUNA 3D system in the UK and Ireland.
LAP’s LUNA 3D is being billed as the ‘New More’ in surface-guided radiotherapy (SGRT), exploiting high-resolution stereoscopic cameras to position and monitor the patient’s external surface throughout radiation treatment.
“Everyone here at OSL is so happy to work with LAP on LUNA 3D, opening the doors for OSL to enter the SGRT world! We have a team of expert Therapeutic Radiographers, Dosimetrists, and Medical Physicists at OSL, and the chance to collaborate with other centres on cutting-edge techniques and technological advancements is truly remarkable.
We are very excited about LUNA 3D – as well as being at the cutting edge of Surface Guided technology, the added features allow this system, which I think personally, to be the most patient-friendly out there. Ultimately, anything that can enhance the patient’s experience is a huge game changer and something we all strive to achieve” comments Lucy Griffiths, sales manager at OSL.
The LUNA 3D surface-guided radiotherapy (SGRT) system is designed to provide end-to-end patient positioning and monitoring from CT simulation through to the treatment delivery for bore-type and C-arm linacs. LUNA 3D exploits high-resolution CMOS stereoscopic cameras to support precise, dose-free patient set-up and monitoring for advanced radiotherapy modalities, ensuring that the patient remains in the planned position for the duration of the treatment workflow.
“We are delighted with our new SGRT system LUNA 3D. With OSL, we have a strong partner who is well-connected with customers in all regions and can provide optimum support for users of the product” says Jens Gauthier, Managing Director Healthcare Business at LAP GmbH Laser Applikationen.
LUNA 3D is 510(k) pending (K232031) – not available for sale in the US. Availability of products, features and services may vary depending on customer location.
