Scanner

You need film material from reel to digital — this is where the scanner comes into play. The device captures 35mm or 16mm frame by frame, converting the physical emulsion into high-resolution pixel data. No intermediate steps via video, no light projection. Direct optical or CCD-assisted scan, with modern systems like Lasergraphics ScanStation or Kodak's REDSCAN resolving the grain without destroying it.

You don't need a scanner on set. In post-production, it's central — as soon as you need to digitize archive material, dailies, or historical celluloid. The process is time-consuming: a 35mm reel with 10 minutes of material requires several hours of scanning time, depending on the resolution (2K, 4K, 8K). You place the film reel on the device, set quality parameters (color correction points, scratch detection thresholds), and let it scan. DPX or ProRes — usually your output formats. The scanner also automatically corrects flicker and jump cuts through perforation recognition.

The critical factor: resolution quality depends on the scanner optics and CCD sensor density. A consumer film scanner (Pakon, Plustek) delivers 4000 dpi — too little for 4K cinema projection. Professional devices scan with 12K, 16K optical resolution to capture grain without aliasing. And the pre-treatment: film material must be cleaned and dried, otherwise dust particles will eat up your data.

Important: Scanner work is part of the restoration workflow — not just digitization. If your material smells musty, is faded, shows mold, even the best scanner can't work miracles. The film chemistry must first be stabilized. Then scan at the highest resolution, with a Log color space, so the editor has maximum flexibility in the DI. Many documentarians underestimate this; they have material scanned, then wonder about color casts and grain artifacts. That wasn't the scanner — that was the preparation.