Most prints hide their resolution. Ours can't.
DPI stands for dots per inch — literally how many individual dots of ink or toner a printer packs into one inch of the image. More dots means finer detail: smoother gradients, sharper edges, less visible “graininess” up close. It's a density measurement, not just a sharpness one — and density is exactly what medical imaging film was built to register.
When light passes through medical imaging film, every flaw shows. A soft edge, a muddy gradient, a compression artifact — on paper it might pass unnoticed. On film, held up to light the way it was designed to be, it's unforgivable. That's why every EXPOSED piece is output at 650 dpi, well above what most fine art printing considers necessary.
For context: a standard A4 document — a report, a letter, a page of text — prints comfortably at 300 dpi. Photo labs use the same benchmark for photographic prints; it's the point where the eye stops seeing individual dots and just sees an image. 650 dpi is more than double that. It's not a density text or photography ever needed, because neither one is meant to be held up to a light source and looked through.
That distinction matters more on film than on paper. Paper reflects light, so a printed dot only has to fool the eye from one direction. Film transmits light — it has to hold up from the front, in daylight, under a lamp, at night with backlighting. Every dot's density affects how much light gets through it, which means low resolution doesn't just look soft here — it looks inconsistent, patchy, wrong. Higher dpi is what keeps the image reading correctly no matter how the light hits it.
Radiology never needed to think about “enough” resolution — it needed to see a hairline fracture, a shadow on a lung, a single millimeter of difference between healthy tissue and something else. The film demanded precision because a life could depend on it. We hold ourselves to a similar standard, even though what's riding on it now is a unicorn's skull instead of a diagnosis.
650 dpi is the point where the film stops looking like a print and starts looking like an artifact. Fine structures — feathers, individual bones in a wing, the lattice inside a shell — stay legible instead of dissolving into gray. And because the film itself is translucent, resolution isn't just about sharpness up close. It's about what survives when light passes through the piece rather than bouncing off it, the way it will on your wall.
It's slower. Files run large, processing takes longer, and there's no shortcut once you've committed to output at that density — mistakes are expensive to fix at this scale. But dry laser imaging film was never meant to be treated casually, and neither is what we put on it.
Every EXPOSED release goes through the same process: concept, density correction, then output at 650 dpi onto authentic medical imaging film. Nothing about that changes for a limited edition versus a corporate commission. If it's going out under our name, it's going out at full resolution.