TiGRT MLC Multi-leaf Collimator

Medical X-ray collimator designed to restrict and shape radiation beams during diagnostic imaging procedures. This device reduces unnecessary radiation exposure to patients and surrounding tissues by precisely defining the X-ray field. Essential component for X-ray imaging systems in clinical and diagnostic settings.

Medical X-ray collimator designed to restrict and shape X-ray beam fields during radiographic procedures. This device reduces radiation exposure to patients and surrounding tissues by limiting the area of irradiation to the clinically relevant region. Essential component for diagnostic imaging systems requiring precise beam collimation.

Medical X-ray collimator designed to restrict and shape X-ray beam field during radiographic procedures. Reduces radiation exposure to patients and operators while improving image quality by minimizing scatter radiation. Essential accessory for diagnostic imaging systems to ensure precise field delimitation.

Medical X-ray collimator designed to restrict and shape X-ray beam fields during radiographic procedures. This device reduces scatter radiation exposure to patients and medical staff while improving image quality in diagnostic imaging. Essential component for radiation safety compliance in clinical radiology departments.

The R103-B is a medical X-ray collimator designed to restrict and shape radiation beams during diagnostic radiography procedures. This device reduces unnecessary radiation exposure to patients and surrounding tissue by precisely limiting the X-ray field to the area of clinical interest. It integrates with standard X-ray equipment for improved imaging precision and safety compliance.

Medical X-ray collimator that restricts and shapes X-ray beam field to reduce unnecessary radiation exposure during radiographic procedures. Used in diagnostic imaging to improve image quality and patient safety by limiting radiation to the anatomical area of interest.

Automatic medical X-ray collimator that restricts and shapes radiation beams during diagnostic imaging procedures. The RF202 reduces patient exposure to scattered radiation while improving image quality in radiographic applications. Features automatic beam alignment and positioning controls for precise collimation in clinical settings.

Automatic medical X-ray collimator that precisely limits and shapes radiation fields during radiographic procedures. The RF202-AFL model reduces patient exposure to unnecessary radiation while improving image quality and diagnostic accuracy in X-ray imaging applications.

Fiber collimator is a precision optical component that collimates light from fiber sources into parallel beams for medical imaging and diagnostic applications. Commonly integrated into endoscopy systems, surgical microscopes, and optical coherence tomography (OCT) devices to improve beam quality and spatial resolution. Features high coupling efficiency and minimal beam divergence for reliable clinical performance.

An SM-38-A model X-ray collimator (束光器) used to limit and shape X-ray beams during radiographic examinations. This precision instrument ensures accurate field definition and reduces unnecessary radiation exposure.

Specialized collimator components pixelated and aligned with detector arrays for nuclear medicine SPECT imaging. Enables faster acquisition times and improved image quality in cardiac and other organ imaging applications.

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.