An X-ray machine manufacturer consults our company’s X-ray grid

An X-ray machine manufacturer contacted us for purchasing 100 pieces of X-ray grids. Customers specifically need vibrating X-ray grids. Do you know the difference between vibrating X-ray grids and the X-ray grids we usually sell?
Briefly explain to you the X-ray grid:
X-ray grid is used to filter out the influence of scattered rays on the film.
Used to filter out the influence of scattered rays on the film
Should be placed between the human body and the film, most of the scattered rays can be filtered out, and only a small part of the scattered rays can be leaked.
classification:
According to the structure:
1 Convergence grid: each lead bar is inclined to the focus, that is, the extension line of the lead bar is concentrated on the focus
2Parallel grid: each lead bar is parallel to each other in the vertical plane
3Cross grid: It is composed of two layers of parallel grids, and the lead strips are 90° to each other.
4Circular arc grid: It is formed by overlapping from the center outwards with equal radius, tile-shaped
According to the material:
1 Commonly used X-ray grid: The internal spacer is composed of non-metallic materials, such as wood chips, paper, plastics and other non-metallic low-density materials;
2 All-metal X-ray grid: The internal spacer is made of metal material: aluminum sheet. It has high strength and good moisture resistance;
structure:
The appearance of the X-ray filter grid is a flat plate with a thickness of 4-8mm. The internal structure is formed by intersecting many thin lead strips. The two lead strips are filled and positioned with a material that is easy to penetrate X-ray, and glued together. The filler can be wood, paper or aluminum sheet. Finally, the top and bottom are encapsulated with thin aluminum plates to form an X-ray grid plate. Seen from the cross section, the arrangement direction of the lead strips of the filter plate will gather to one point. Seen from the entire grid, there is a line of convergence.

Author：Lillian