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CT Scanner

Upright Fan Beam CT Scanner with a ±15° tilting capability, allowing alignment with the backrest angle

Back Rest

Ultra-thin, lightweight tilting back rest made from carbon fibre

Scanner Arm

Features ±15° tilt capability and a travel range that enables imaging below the pelvis for comprehensive coverage.

Six Degrees of Freedom Platform

With ±1mm isocenter accuracy, our base offers six degrees of freedom, including 360° rotation, X, Y, Z translation, pitch, and roll.

Heel Stop

In the perched position, the heel rest works together with the shin rest to securely support the patient's feet.

Shin Rest

The secret behind our perched position, the shin rest takes the patients weight from the hips down.

Seat Pan

With adjustable height and angle, the seat pan allows for both a seated and perched patient positioning

Meet Marie®

Resources

Everything you need in one place

Resources

Marie Product Brochure Download

Watch Marie in Action

Gantry-less Particle Therapy

if you need to change a lightbulb, you don’t hold the lightbulb and rotate the house. It always makes sense to rotate the lighter object.

- Stephen Towe, CEO of Leo Cancer Care

We remove the need for large and expensive gantries by keeping the radiation beam fixed and instead slowly rotating the patient. This change will aim to bring these previously considered inaccessible treatment to more patients.

Today, centers looking to introduce particle therapy treatments, are recognizing the benefits of this concept, which has the potential to make particle therapy more effective, more accessible and much more patient friendly.

FAQs

Questions are the start of change

Removing the need for a gantry means existing treatment rooms, even linac vaults, can be given a new lease of life, without the need for new costly construction or hospital developments. Our solution Marie, is beam agnostic, meaning it can be placed in front of any fixed beam. Our existing partnership with Mevion Medical Systems provides a compact proton therapy solution that can fit inside a LINAC vault.

Our solution is approximately two thirds smaller than conventional supine technology. In a single gantry vault space, two of our solutions can be installed. Meaning more patients treated, making this previously considered, costly modality, now a commercially viable option.

An increasing number of papers and studies point to its proven ability to target tumor cells more precisely and enable a higher dose of radiation delivered to the tumor, but less radiation to nearby healthy cells, with obvious advantages for patient care.

These advantages result in potentially milder side effects, and cut the risk of developing secondary cancers due to radiation.

Demonstration

Contact Us for a Demo

Contact us to speak to a member of the team so that we can answer any questions you may have.

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