Medical Linear Accelerator

A multifunctional medical electron linear accelerator offering precise, efficient, safe, and intelligent radiotherapy capabilities. This device represents the core product line for radiation therapy applications.

A high-end medical electron linear accelerator designed for precise and intelligent radiotherapy treatment. The device has obtained FDA approval in the United States and market authorization in multiple countries including Malaysia and Mexico.

Advanced radiotherapy system combining magnetic resonance imaging with linear accelerator technology for real-time tumor visualization, dynamic tracking, and adaptive radiation therapy. Enables precise target delineation while reducing radiation exposure to surrounding healthy tissue.

MagicMaX is a radiation measurement detector system for quality assurance in linear accelerator therapy and particle therapy. It provides fast, high-resolution dosimetry with single detector setup capability, enabling medical physicists to perform precise linac QA and commissioning validation.

Direct drive linear motor technology enabling precise movement and positioning in medical imaging equipment. Offers micrometer-level accuracy with speeds up to 3 m/s, supporting applications in diagnostic imaging systems.

Medical-grade line laser module for alignment and positioning in surgical and diagnostic applications. Features low divergence and stable beam characteristics for precise clinical use.

A mobile laser positioning system designed for flexible radiotherapy patient positioning in various treatment room configurations.

High frequency X-ray equipment designed for medical diagnostic imaging applications. Provides advanced imaging capabilities for clinical settings with improved image quality and reduced radiation exposure.

Single or multi-row linear detector array for medical imaging applications. Designed for scanning-based imaging modalities. Provides precise spatial resolution for diagnostic purposes.

High-performance CT X-ray tube designed for medical imaging applications. Utilizes liquid metal bearing technology to meet clinical requirements for fast imaging speed, high image quality, high scanning throughput, and low dose exposure.

Comprehensive collimation system for controlling and optimizing X-ray beam characteristics in medical imaging equipment. Provides adjustable field sizes and shapes for various diagnostic radiographic procedures.