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For example, on the 12.9" and 11" M1 iPad Pros (updated to iPadOS 15 or later), you can make any canvas provided neither side is longer than 16,384 pixels and the total size of the canvas doesn't exceed 134 megapixels. You can create a canvas of any size and ratio in Procreate as long as it doesn't exceed the width/height limit for your particular device. The iPad (5th Generation), iPad Air 2 and iPad mini 4 can create canvases up to 8,192 pixels in either direction, and for the iPad Pro models this limit is increased to 16,384 pixels. The other limit is on any single dimension - width or height.

For example, the 12.9" and 11" M2 and M1 iPad Pros and the iPad Air 5 can create a canvas up to 134,217,728 pixels total - around 134 megapixels. The limit on total canvas size can be found by multiplying the two dimensions of any of the below maximum sizes. This one uses a radius of 0.4 and an Emission shader with a dark blue color for the grid lines, instead of a transparent shader.There are actually two limits on canvas sizes in Procreate, both imposed by the hardware of the iPad model you're using. (Select the camera, go to the object data settings, set your central object ( sphere.010 in your case) as the focus point, set a radius and adjust the position of your camera as you like) Otherwise, you can keep your perspective camera and add some focus blur to highlight the different depth of each grid line. (Select the camera, go to the object data settings, choose Orthographic, adjust the Orthographic scale and the position of your camera as you like)

To obtain equally spaced lines, I can only suggest to switch your camera from perspective to ortographic. Try one of the following: 1) equally spaced lines

Indeed, any finite grid, if seen through a perspective camera, won't appear as equally spaced lines, which is the kind of appearance that you say you'd expect. If, as I understand, you're less concerned about its modeling but more about the appearance, you may then want to tweak your camera settings in order to give a better understanding of the grid's shape and optical depth. M.ardito's answer gives good suggestions about the modeling of the grid itself.