Innovative solution for Adaptive radiotherapy

Addressing the issues of legacy systems

1st generation systems are plagued by design shortcomings

• Perpendicular magnetic field to the beam impacts treatment quality
• High power MRI in connection with perpendicular field generate ERE and ESE
• Closed circular MR creates claustrophobia and tunnel effect
• Bores of small diameter increase patient unease
• No tangential treatment (no couch lateral move)
• High temperature MR require liquid helium and quenching

• Innovative open bi-planar superconductive MR
• Room temperature MR, no liquid helium and no quenching
• Robust 6 MV Linac
• 120 leaf high performance MLC
• Largest bore 110 W 60 H
• Rotating Linac with the 360 gantry, beam eye imaging
• Real time adaptive planning
• TPS agnostic, no dedicated MRI TPS
• Beam modulation, VMAT and IMRT
• Standard bunker, through the maze installation
• Unique high throughput, 15-30 patients per day
• Gating and tracking available at launch

• No ERE, no ESE
• Optimum Contrast to Noise ratio
• Large Patient Opening 110 x 60 cm Bore
• Dedicated non obstructive coils
• Ability to make lateral shifts to treat tangentially
• Open magnet minimizes claustrophobia
• No helium gas, no quenching, no refill
• Easy turn off for servicing

The new generation MRI guided Linac

AURORA RT: Parallel LINAC-MRI

Addressing the issues of legacy systems

Aurora RT, parallel, open, super conducting 0,5 Tesla magnet

Optimal magnetic field strength, 0,5 Tesla

Opportunities in Interventional and Diagnostic Imaging by Using High-Performance Low-Field-Strength MRI

Optimal magnetic field strength, 0,5 Tesla

Adrienne E. Campbell-Washburn, PhD • Rajiv Ramasawmy, PhD • Matthew C. Restivo, PhD • Ipshita Bhattacharya, PhD • Burcu Basar, MSc • Daniel A. Herzka, PhD • Michael S. Hansen, PhD • Toby Rogers, BM BCh, PhD • W. Patricia Bandettini, MD • Delaney R. McGuirt, BSc • Christine Mancini, RT (R)MR • David Grodzki, PhD • Rainer Schneider, PhD • Waqas Majeed, PhD • Himanshu Bhat, PhD • Hui Xue, PhD • Joel Moss, MD, PhD • Ashkan A. Malayeri, MD • Elizabeth C. Jones, MD • Alan P. Koretsky, PhD • Peter Kellman, PhD • Marcus Y. Chen, MD • Robert J. Lederman, MD

Radiology 2019; 293:384–393 Source

— 120 Leaf

— 0.5 cm Leaves

— Double Focus

Minimum beam leakage and optimized conformality

The

DESIGN

AURORA

RT'S

120

MLC

OF

THE

OUTSTANDING

The Aurora RT™ can move patients’ side to side (laterally) allowing the treatment of peripheral tumors resulting in less damage to healthy tissue and a more accurate treatment.

The ability to laterally adjust a patient is crucial to treat all types of cancer in an efficient manner, broadening the clinical scope of Aurora RT

Significant improved precision will allow additional clinical indications that are conventionally treated with radiation while reducing the side effects.

Standard

TREATMENTS

PERIPHERAL

TUMORS

AND

BREAST

Highest

REAL

IMAGING

BEAM

DELIVERY

DURING

TIME

MR

QUALITY

Our 0.5 T MRI

Cone Beam CT

The Aurora RT™ can treat both parallel and perpendicular orientations

Instead of just perpendicular with conventional cylindrical MR systems

Perpendicular configuration

Parallel configuration

Magnet Pole

Treatment beam

Linear accelerator

Peripheral

TREATMENT

CAPABILITY

Technical

SPECIFICATIONS

Linac Energy

6 MV

MultiLeaf Collimator (MLC)

120 Leaves (standard, micro)

MR

0.5T

Patient Opening(braces)

110 cm W x 60 cm H

Linac-MR Configuration

Aligned – Rotate Together

MR Position

Rotates 360 degrees

Beam-Orientation

Parallel to Magnetic Field (minimal dosimetric perturbation)

Bunker and Maze Size

Standard for Linacs (installation through maze)

MR Cryogens and Venting

None Required

Beam Modulation

IMRT, VMAT

Soft-tissue Imaging Rate

Four images per sec

Treatment Planning

Real-time Adaptive

Install Without Need to Remove Wall or Ceiling
No cryogens (helium), no cryogen vent required

Room size:

0.5T Magnet

To be submerged in floor by 0.3 M

60 cm (net) bore

Depth: 5.9 M

Width: 5.9 M

Height: 3.6 M

No claustrophobic feeling
Shorter time of treatment
Reduced side effects
Effective treatment of all moving organs

For Patients

For Health System

Higher quality treatment
More patients treated
Reduced waiting lists

For the Government

Higher patient throughput drives reduced cost per treatment
Higher accessibility for more patients
Reduced capital investment
Creation of more treatment facilities

BENEFITS

Aurora-RT Mr-Linac

Mr-Linac X

Mr-Linac Z

Aurora-RT Mr-Linac

Mr-Linac X

Mr-Linac Z

Aurora RT vs Competition

Aurora

COMPETITION

RT

VS

Clinical Features

Practical Features

1. Combination Linac and MRI scanner

1. No need for helium venting through concrete bunker walls

2. Can turn off magnetic field for servicing

3. Designed to be installed in standard treatment bunkers

4. Components brought in through standard maze

5. Regulatory Clearance (FDA)

2. Can do standard breast treatments

3. Larger bore / Effectively treats peripheral tumors

4. "No" Electron Return Effect (ERE)

5. Optimal magnetic field strength

Multiple

INSTALLATIONS

WORLDWIDE

Global

presence

IN

PLANNING

ALREADY

expected 9-10/2021

Enter the physics team at the University of Alberta.

About 100 papers published in 12 years on Linac-MR. (Elekta and Viewray reference Dr. Fallone work)

Canada REFERENCE CENTER:

Where
you can find us

expected 9-10/2021

Being a global group means that we know the challenges the world is facing and adapt to different markets requirements. We help understanding and solving your specific local challenges