Visit us at ESTRO 2025

2 - 5 May, 2025

Booth 820

Find Us

Visit the SeeTreat booth at ESTRO 2025 where we will be introducing our ART.1 product with on-booth presentations from Prof Paul Keall and A/Prof Jarad Martin.

SeeTreat to Launch ART.1 to Support Adaptive Radiotherapy at ESTRO 2025

Michelle Joiner 7:20pm 30/04/2025 Source: Cision PRweb

SeeTreat will debut its first clinical product, ART.1, at Booth 820 during ESTRO 2025 in Vienna. ART.1 is a software as a medical device that delivers objective, evidence-based decision support for adaptive treatment re-planning in patients undergoing radiotherapy.

ART.1 automatically calculates delivered dose and propagates daily contours based on each patient's volumetric imaging, while displaying and reporting key clinical metrics. Running silently in the background, ART.1 prioritizes only the patient cases needing attention—allowing clinical teams to focus their time where it matters most. The software adds efficient, adaptive-quality treatment capabilities on any standard linear accelerator—without hardware upgrades or workflow disruption.

"Adaptive radiotherapy has traditionally been complex, costly, and limited to well-resourced centers," said Trang Nguyen, CEO and founder of SeeTreat. "We designed ART.1 to perform background analysis of every fraction, prioritizing major deviation, and give the clinical team a second set of eyes—without adding to the workload, resources or time."

What Makes ART.1 Different: Saving Days, Not Hours

ART.1 integrates seamlessly with existing linear accelerators and treatment planning systems, and automates the most resource-intensive steps in the adaptive workflow:

  • Analyzes every structure for every fraction using synthetic CTs, daily dose calculation, and deformable contour propagation
  • Sends alerts based on protocol thresholds for dosimetric and volumetric changes to treatment volumes and organs at risk
  • Prioritizes patients for review—reducing unnecessary checks and freeing up staff
  • Minimizes manual work by automating and prioritizing your adaptive workload

With detection, analysis, and alerts built into a single workflow, ART.1 reduces time to inform a decision from days to minutes—empowering the clinical team to act faster, with greater confidence.

Purpose-Built for Adaptive Radiotherapy

ART.1 was built from the ground up to support daily adaptive evaluation—without new hardware, major IT demands, or added staffing. Its software-only model fits into existing infrastructure, making it ideal for regional and community cancer centers where resources are tight but precision matters.

"We designed ART.1 to perform background analysis of every fraction, prioritizing major deviation, and give the clinical team a second set of eyes—without adding to the radiotherapy workload, resources or time."
- Trang Nguyen, CEO and founder of SeeTreat.

SeeTreat at ESTRO 2025

Attendees can see ART.1 in action and meet the team behind it at Booth 820. To schedule a 1:1 demonstration, visit: https://tinyurl.com/3yy6fa34

ART.1 is available for research use. UKCA and CE mark pending.

About SeeTreat

SeeTreat is an Australian medical technology company focused on making adaptive radiotherapy safer, faster, and more accessible. Founded in 2023 by Dr. Trang Nguyen and Prof. Paul Keall, SeeTreat enables equitable access to precision cancer treatment, potentially reducing the burden of cancer worldwide. The company builds intelligent software that automates the most difficult parts of the adaptive workflow— helping more clinics deliver adaptive-quality care, every day.

Show more...

Request Whitepaper

Abstract at ESTRO 2025

ESTRO2025 abstract

E25-1185: Robust and automated synthetic CT generation via deformable image registration for patients with head and neck cancer

Track:

Physics

Topic:

Image acquisition and processing
In this study, we have developed a robust synthetic CT (sCT) generation method via DIR for patients with HNC. Our method met the AAPM Task Group 132 guidelines, with the TRE below the maximum voxel dimension (3 mm).

Abstract at ESTRO 2025

ESTRO2025 abstract

3232: Performance characterisation of a real-time prostate cancer 6DoF IGRT system

Track:

Physics

Topic:

Physics: Intra-fraction motion management and real-time adaptive radiotherapy
An in silica characterisation of a real-time prostate cancer GDoF IGRT system for conventional linear accelerators has demonstrated high geometric fidelity and low computational latency.

Watch the Webinar

Prof. Paul Keall discusses a game-changing approach to making offline adaptive evaluation more accessible to everyone. This is a unique opportunity to learn from a global leader in radiation oncology research and watch the live Q&A session following the presentation.

Contact Us

Email

📧 Email us for general enquiries

📧 Email us for product support and feedback

Telephone

📞 Call us

Address

320 Pitt St Sydney

NSW 2000