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Mimaki Innovation Lab

Mimaki UV Flatbed Printer R&D — Ink, Waveform & MCT Colour Science

The Innovation Lab is where Mimaki's ink chemistry bench meets its waveform test rigs and its colour metrology lab. This page is a running summary of what we're prototyping: new ink families, waveform shapes, spot-colour maths, NRS logic, and the specialty printing roadmap we're shipping toward 2027.

Research Tracks

Four tracks. One colour discipline.

Ink Chemistry

Lower-Migration UV Inks

Next-generation UV formulations designed for extended indoor décor and food-adjacent signage contexts — with migration behaviour characterised in-house, not vendor-claimed.

Waveform

Variable-Droplet MAPS v4

Next MAPS iteration shapes drop volume per pass across gradients — suppressing banding on dark-to-light transitions without the speed penalty of traditional interleaving.

Colour Maths

MCT Spot-Colour Engine

An updated spot-colour replacement engine evaluates Pantone / HKS hits against gamut on the target substrate, proposing multi-ink recipes when a single-ink hit is out-of-gamut.

Maintenance

NRS Predictive Recovery

NCU/NRS telemetry streams into a diagnostic model that flags head health trends — moving nozzle recovery from "mid-job surprise" to "scheduled between runs".

Selection Debates

Honest trade-offs in specialty printing.

Every platform choice is a compromise. Here are the debates our colour labs see most often in 2026 — with both sides of the argument on the table, not a sales pitch.

Apparel

DTF vs Sublimation vs Direct-to-Textile

DTF wins on substrate range: prints on cotton, poly, blends, leather, and nylon — substrates sublimation physically cannot address — with a softer hand than heat transfer vinyl.

Sublimation wins on polyester at scale: for all-over athletic wear and soft signage, dye-sublimation still beats DTF on hand-feel, breathability, and per-square-metre cost above roughly 40 m² per job.

UV

UV Flatbed vs UV Roll-to-Roll

Flatbed wins on rigid mix: glass, aluminum composite, MDF panels, acrylic — a UV flatbed with white & varnish channels handles décor layering that roll-to-roll cannot touch.

Roll wins on outdoor graphics: for banner media, vehicle wraps, and backlit film at volume, UV roll pairs throughput with UV-LED curing for heat-sensitive stock.

Colour

ICC Profile vs Spot-Colour Replacement

ICC profile for pictorial work: photo-realistic reproductions, fine-art décor, and editorial campaigns depend on a well-built ICC profile plus soft-proofing under a validated light source.

Spot-colour replacement for brand: for Pantone-locked brand colour on signage and packaging, MCT's spot-colour engine often produces a tighter match than a profile alone.

Roadmap

What we're shipping toward 2027.

The roadmap below is a capability list, not a fixed release calendar. Specialty printing is too coupled to substrate supply and regulatory cycles for calendar-perfect promises. We'd rather describe the direction honestly and let the Mimaki colour lab confirm timing for your region.

Near-Term

  • Extended OEKO-TEX textile ink lines
  • MCT spot-colour engine v2 in RasterLink
  • NRS predictive telemetry pilot at select colour labs

Mid-Term

  • Lower-migration UV ink family for food-adjacent décor
  • Variable-droplet MAPS v4 rollout to UV flatbed
  • Profile Library expansion past 500 validated substrates

Exploratory

  • Full-colour 3D with translucent & tinted clear layers
  • Sublimation ink chemistry for recycled polyester substrates
  • Closed-loop spectro feedback on production lines

Curious about a specific research track?

Colour scientists, production engineers, and brand studios: if one of the tracks above touches your problem, we'll connect you with the Mimaki engineer working on it.