X-Ray Holders

Instruments designed to secure dental mirrors during intraoral procedures. These holders maintain mirror position for optimal visibility and operator control.

A protective device for X-ray vertical film holders designed to shield medical personnel from radiation during radiographic procedures. It integrates lead shielding with the film positioning equipment for enhanced safety.

A protective device designed for use with vertical X-ray film holders to shield operators from radiation exposure during radiographic procedures.

Light-proof protective holders for storing and handling traditional X-ray films during exposure and processing. Available in various sizes for different anatomical regions. Essential equipment for radiography departments using film-based imaging systems.

Storage and organization systems designed for proper storage and maintenance of X-ray protection clothing, including wall-mounted holders and storage solutions.

Articulated mechanical support system for precise and reproducible positioning of X-ray tube heads. Allows flexible adjustment for various imaging angles and patient comfort. Standard component in dental and medical radiography systems.

Positioning device designed to support patients during radiographic procedures. Provides anatomical support and stability during X-ray examinations.

Specialized seating unit designed for patient positioning during radiographic examinations. Features adjustable height and headrest for stable patient positioning during imaging procedures. Used in dental and maxillofacial radiography facilities.

Specialized support devices for securing and positioning pediatric patients during radiography. Reduces motion artifact and improves image quality in children.

Precision positioning and immobilization equipment for radiation therapy procedures. Ensures accurate patient alignment and reproducible positioning for cancer treatment delivery.

Ergonomic devices designed to support safe and accurate patient positioning during radiology and cross-sectional imaging procedures. Selected for workflow efficiency, durability, and patient comfort in modern diagnostic imaging environments.

Precision instrumentation for aligning and verifying X-ray beam geometry and positioning. Ensures proper system calibration and diagnostic image quality across radiography applications.