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How do linear grids differ from crosshatch grids in X-ray imaging?

Linear grids and crosshatch grids are both types of grids used in X-ray imaging to reduce scattered radiation and improve image quality, but they differ in their design and application.

Linear grids consist of lead strips running parallel to each other in one direction, typically oriented perpendicular to the direction of X-ray beam travel. These grids are effective at removing scattered radiation along a single axis, such as from the primary X-ray beam.

Crosshatch grids, on the other hand, feature lead strips that intersect at right angles, creating a crisscross pattern. This design is effective at removing scattered radiation in multiple directions, offering more comprehensive scatter reduction compared to linear grids.

In summary, linear grids are designed to attenuate scattered radiation along one axis, while crosshatch grids are designed to attenuate scattered radiation in multiple directions, providing greater scatter reduction in X-ray imaging applications. We are a manufacturer of X-ray machines and their accessories. If you have any needs for X-ray grids, please feel free to contact us. Whatsapp:+86 18953613955. Email: service@newheek.com

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