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IMRA Surgical Announces Collaboration with Telix Pharmaceuticals to Advance Radio-Guided Surgery Education and Training

Key Takeaway: IMRA Surgical has partnered with Telix Pharmaceuticals to advance surgical training through the development of a new hydrogel model for the SENSEI drop-in gamma probe technology. This collaboration aims to enhance the integration of radio-guided surgical technologies, improve surgical outcomes, and reduce the need for traditional training methods. Specialized training courses will be offered globally to support the rollout of this innovative technology.
Price reaction · baseline $10.05 (2025-09-22 close) · hit pre-market · 1 other TLX headline(s) in the window, move may be shared
day 0 close · peak
+8.8%
day 1
+1.6%
day 3
-0.7%

Market Sentiment Analysis

POSITIVE FACTORS

  • Collaboration aims to enhance surgical training and outcomes.
  • Introduction of a world-first hydrogel model for SENSEI technology.
  • Innovative training solutions reduce reliance on cadavers and animal tissue.
  • Global training initiatives will expand market reach for both companies.

BiopharmaWatch Analysis

From our catalyst data and publicly available data · not financial advice
Best trade, last catalyst
+13%
120-day peak, hindsight
Typical move
7%
average across 7 past catalysts
Lead asset
131I-IPA
Phase 1 · Neoplastic Disease

Full Press Release Details

Melbourne (Australia) | 23 September 2025
IMRA Surgical, an Australian-based company at the forefront of disruptive technology for surgical training solutions announces a collaboration with Telix Pharmaceuticals Limited (ASX: TLX, NASDAQ: TLX, “Telix”) a global leader in radiopharmaceuticals. Both parties aim to accelerate the development of advanced training models and enhance the integration of cutting-edge radio-guided surgical technologies.
Strengthening Surgical Precision with SENSEI® in Robotic-Assisted Surgery
Telix’s innovative SENSEI® 1 drop-in gamma probe technology is designed specifically for robotic-assisted surgery. SENSEI®’s miniature size, that of an AA battery – and proprietary features – make the technology ideal for tight surgical spaces. By utilizing SENSEI®, along with a radiotracer injected into the patient prior to surgery, it is now possible to identify and remove cancer deposits and/or occult lymph nodes that were previously undetectable, helping deliver better surgical outcomes for cancer patients.
IMRA Surgical: Revolutionizing Surgical Training
IMRA Surgical has established itself as a leader in the development of synthetic surgical phantoms, medical models made from hydrogel that accurately simulate the response of actual human tissue. These models are transforming surgical training by enabling trainees to practice complex procedures in nearly lifelike conditions, without relying on cadavers or animal tissue. The company’s innovative models are designed to reduce the learning curve for surgeons, ensuring that they gain hands-on experience with greater precision and efficiency, ultimately leading to fewer mistakes and better patient outcomes.
A World-First Hydrogel Model for SENSEI® Technology Training
As part of the collaboration, IMRA Surgical will develop a groundbreaking new hydrogel model designed specifically to support education and training in the use of Telix’s SENSEI® drop-in technology. This hydrogel model will be the first of its kind, providing practitioners with a realistic, hands-on training experience and facilitating a faster learning curve when adopting advanced radio-guided technology.
Global Training Initiatives and Impact
IMRA Surgical and Telix will collaborate to offer specialized training courses and events focused around Telix’s SENSEI® technology. These initiatives are designed to support the global rollout of this technology and expand the market for both Telix’s radio-guided surgery products and IMRA Surgical’s high-fidelity tissue models.
A Vision for the Future
“Radio-guided surgery, leveraging the SENSEI® drop-in technology in combination with tumor-targeted radiotracers, provides surgeons with another tool to drive towards improving surgical outcomes,” said Nynke van den Berg, General Manager Medical Technologies at Telix. “To really leverage the technology at its best, training and education are of vital importance and the hydrogel-based models produced by IMRA are unique in the sense that they can support the entire procedure workflow, starting from imaging, surgical planning to execution of the surgical procedure.”
“This partnership is an exciting step forward in transforming how surgeons learn new technology,” said Professor Tony Costello AM, Founder and Executive Director of IMRA Surgical. “New technology requires a new way of learning – this partnership will help surgeons across the world learn how to use the SENSEI® technology in robotic-assisted surgery.”
Adam Clark, CEO of IMRA Surgical, echoed the sentiment, stating, “This partnership with Telix will significantly increase awareness of SENSEI® radio-guided technology and expand IMRA’s portfolio of ethical training solutions. Together, we can scale surgical learning anywhere in the world with our high-fidelity tissue models and eliminate the need to use animals and cadavers for teaching.”
About IMRA Surgical
IMRA Surgical is an Australian-based leader in synthetic surgical phantom development. The company specializes in creating realistic, hydrogel-based models that simulate human tissue responses to various surgical procedures. These advanced training tools are designed to support the development of highly skilled surgeons and improve patient outcomes by reducing surgical errors. Visit www.imrasurgical.com for more information.
• Telix’s SENSEI® drop-in gamma probe is registered with the Australian Therapeutic Goods Administration (TGA) and with the U.S. Food and Drug Administration (FDA), and has attained a Conformité Européenne (CE) Mark for use in the European Economic Area. ↩︎

Frequently Asked Questions

What is the purpose of the collaboration between IMRA and Telix?

The collaboration aims to advance surgical training and enhance the integration of radio-guided surgical technologies.

What technology does Telix's SENSEI use?

Telix's SENSEI technology utilizes a drop-in gamma probe designed for robotic-assisted surgery.

How will IMRA's hydrogel model benefit surgical training?

The hydrogel model will provide realistic training experiences, facilitating a faster learning curve for surgeons.

What are the expected outcomes of the training initiatives?

The initiatives aim to improve surgical outcomes and expand the market for both companies' products.

Last updated: Sep 23, 2025