RT Magnet Vision Radiotherapy and Functional Guidance System

An image guidance system for radiation therapy featuring clear MV verification imaging combined with an AI-powered rapid registration algorithm. It enables precise patient positioning and alignment for efficient and accurate treatment delivery.

The TiGRT-IVS radiotherapy image guidance system is an image-guided system for radiotherapy applications. It supports multiple imaging modalities including kV-CBCT, MV-EPID, and BPS optical body surface imaging guidance modes, with AI-integrated automatic positioning algorithms for precise and rapid position correction. The system features dynamic tracking capabilities to real-time capture and track tumor motion, ensuring high accuracy during treatment.

Real-time magnetic resonance imaging guidance system for surgical applications in neurosurgery, orthopedic surgery, and oncologic procedures. The system provides precise lesion localization, minimizes surgical trauma, and enhances procedural success rates.

A clinical application system providing real-time image guidance during medical interventions. Designed to support interventional procedures and improve clinical outcomes through enhanced visualization.

Real-time X-ray imaging system providing continuous visualization during interventional procedures to guide catheter and device placement with precision.

Kilovoltage X-ray imaging system enabling rapid automatic image registration and patient alignment verification for proton therapy dose delivery.

Integrated guidance system combining six-dimensional robotic treatment couch with image alignment technology for automatic patient positioning and real-time treatment verification.

Advanced therapeutic device combining MRI guidance with focused ultrasound technology for non-invasive tissue ablation. Enables precise treatment planning and real-time monitoring during minimally invasive procedures.

A real-time MRI system designed for image-guided interventional procedures combining diagnostic imaging with therapeutic intervention capabilities. Provides high-resolution dynamic imaging without ionizing radiation for precise guidance during minimally invasive treatments.

An interventional magnetic resonance imaging (iMRI) system that combines real-time imaging advantages of MRI with minimally invasive interventional therapy. It provides high-resolution, radiation-free dynamic imaging guidance during treatment to achieve precise localization and therapeutic assessment.

An imaging component integrated within the multimodal tumor treatment system for real-time visualization and monitoring of tumor tissue during therapeutic procedures. Supports treatment planning and guidance for minimally invasive interventions.

A laser-based positioning system used for precise patient alignment and localization in radiotherapy procedures. The system assists in accurate treatment delivery by providing real-time patient positioning guidance.