Grid Support Bridge

A medical imaging accessory component used in radiography and fluoroscopy systems to improve image quality by reducing scattered radiation. These grids enhance diagnostic accuracy in cardiac and vascular imaging applications.

A customizable X-ray grid composed of interspacer and absorber materials designed to remove scattered X-rays and improve image contrast. Grid 1000 offers excellent compatibility and versatility with various sizes and ratios, providing cost-effective solutions with noise improvement and customization options. It is suitable for chest radiography, fluoroscopy, mammography, and other medical applications.

Anti-scatter X-ray grid that improves image quality by eliminating scattered radiation during radiographic procedures. Designed for use in digital X-ray systems across diagnostic imaging applications including human and veterinary medicine. Enhances contrast resolution and diagnostic accuracy in radiographic examinations.

Lead-lined grids designed to absorb scattered radiation and improve image contrast in radiography. These grids enhance diagnostic image quality by reducing background noise.

An advanced X-ray grid solution optimized for 3D imaging with low-dose, high-quality imaging capabilities. Grid 2100 features high transmission rates, low radiation exposure, and high-precision performance characteristics. It is designed to provide superior image quality while minimizing patient radiation dose in 3D radiographic applications.

Advanced image processing system that removes grid lines while maintaining clear resolution in radiographic images. Improves image quality by eliminating artifacts commonly found in traditional grid-based radiography.

A weight bearing device designed to support imaging equipment during weight-bearing radiographic procedures with DR panels and cassettes.

Specialized holders designed to secure and position radiographic plates during X-ray procedures. These chassis ensure consistent image geometry and proper plate alignment in diagnostic imaging.

Disposable adhesive radiopaque grid markers designed for surgical localization during computed tomography imaging. The grid pattern appears clearly on CT scans and enables accurate pre-operative and intra-operative positioning.

X-ray grids that provide clearer radiograph images by trapping scattered radiation, the biggest contributing factor to poor diagnostic quality. Grid encasements are available to avoid future grid expense and protect the grids.

Support structures for C-arm imaging equipment used in operating rooms and intervention suites. These components enable proper positioning of fluoroscopic imaging systems during surgical procedures.

A single-panel ceiling-mounted suspension system for supporting and positioning X-ray equipment. Designed for flexible repositioning during radiographic procedures in medical imaging facilities.