Annual Scientific Conference on Cancer Prevention – Hue 2026

TD TECH is honored to accompany the Annual Scientific Conference on Cancer Prevention and the 14th Multidisciplinary Cancer Treatment Training Program – a scientific forum bringing together experts, physicians, and healthcare professionals to share and update the latest advances in cancer prevention, diagnosis, and treatment.

Through specialized training sessions and in-depth scientific discussions, the program provides practical insights into multimodal cancer treatment, radiotherapy, palliative care, personalized treatment, and emerging technologies that are contributing to improved treatment outcomes.

One notable technology in the field of proton therapy is MEVION S250-FIT™, a next-generation proton therapy system developed by MEVION Medical Systems.

One of the outstanding solutions in proton therapy is MEVION S250-FIT™, a proton therapy system specifically designed to be integrated into existing LINAC treatment rooms. Its compact design reduces infrastructure requirements and implementation complexity, while still providing advanced technologies such as HYPERSCAN® Pencil Beam Scanning and Adaptive Aperture® for Intensity-Modulated Proton Therapy (IMPT).

Technology Ecosystem Supporting Cancer Treatment

In addition to hardware solutions, TD TECH also introduces technologies that support clinical training and workflow optimization, including Volutracer O.P.U.S. – an optical ultrasound simulation system that enables probe manipulation simulation and objective assessment of ultrasound skills through quantitative metrics.

At the same time, RaySearch brings a specialized software ecosystem for oncology with RayStation® – a treatment planning system that supports treatment planning across multiple radiotherapy modalities, including proton therapy.

The event provided an opportunity for TD TECH to meet and exchange professional expertise with physicians, specialists, and partners in the oncology field, while sharing technology solutions aimed at delivering greater treatment precision, optimizing clinical workflows, and enhancing the quality of patient care.