Licensed sports merchandise isn't usually where you'd look for a 3D printing case study, but Mimaki's collectible program for the 2026 LIV Golf tour is worth a look precisely because it's not a prototype, a trade-show demo, or a one-off art piece. It's a production run — fourteen artist-designed golf bags, printed as finished, sellable objects, one machine pass at a time, with nothing added afterward.
The printer doing the work is Mimaki's 3DUJ-553, which the company bills as the world's first photorealistic full-color 3D printer, capable of reproducing more than 10 million unique colors. That claim has floated around industry coverage for a while as a spec-sheet flex; the LIV Golf tie-in is one of the few times it's been put in front of a paying public as a finished retail product rather than a demo booth centerpiece.
What's Actually Being Printed
The program centers on Cleeks Golf Club's "Art of Golf" series, a set of fourteen collectible golf bag designs, each created by a different artist. The roster spans creators from Korea, Mexico, Singapore, and the United States, and according to WhatTheyThink's coverage of the project, each design is meant to reflect the cultural context of the artist's home region rather than a generic golf-merch aesthetic. Every design is output as a roughly 15 cm miniature golf bag, printed as a single piece straight off the 3DUJ-553 — no post-print painting and no multi-part assembly. Whatever color and surface detail the design calls for comes directly out of the printhead. That's the headline technical claim here: a full-color object, in the trickiest color transitions a designer can throw at it (logos, gradients, fine linework on a compound-curved bag shape), coming off the machine ready to box. Production is deliberately scarce. Each of the fourteen designs is capped at 25 units, for a total run of 350 pieces distributed across the 2026 LIV Golf tour's fourteen tournament stops — one design's allotment effectively tied to one event. Alongside the handheld miniatures, Mimaki is also producing 50 cm half-scale versions of each bag design as display showpieces for tournament clubhouses, giving spectators something larger to look at even if the 25-unit run for their particular stop has already sold through.
Why Full-Color Inkjet, and Why Now
Full-color 3D printing isn't new as a category — binder jetting and material jetting processes that lay down colored droplets alongside build material have existed for years, from 3D Systems' ColorJet lineage to Stratasys's PolyJet color work. What's changed is throughput and color fidelity reaching a point where a vendor is comfortable putting the output directly into a retail merchandise supply chain rather than gating it behind "prototype visualization" language. The traditional path to a colored collectible like this involves several discrete steps: print a neutral or single-color part, hand-paint or pad-print detail, clear-coat for durability, and often assemble multiple printed or molded sub-components into the final shape. Each of those steps is a place where cost, lead time, and defect rate creep in — and where a design with fine color gradients or logo work becomes disproportionately expensive to finish by hand at any real volume. Collapsing that into a single inkjet pass changes the economics of small-batch, high-detail collectibles specifically. A 25-unit run of a hand-painted miniature is expensive per-unit almost no matter what, because painting doesn't get meaningfully cheaper with more careful color work — it gets slower. An inkjet full-color process has the opposite cost curve: complexity in the color data costs roughly the same to print as a plain part, since the printhead is laying down whatever the file specifies at a fixed pass rate. That's the argument for why a licensed sports property with genuinely varied artist designs, in short print runs distributed across many venues, is a sensible fit for the technology rather than just a flashy trade-show application. TCT Magazine's coverage frames the project similarly, describing it as an applied showcase of Mimaki's color 3D printing capability rather than a novelty piece — the point being that this is what the technology looks like when it's asked to do a real job with real production constraints (deadlines tied to tour stops, licensing sign-off, retail packaging) instead of a controlled demo.
What It Means for Makers
None of this is desktop-accessible technology — the 3DUJ-553 is an industrial material-jetting machine, not something that's landing on a hobbyist's bench anytime soon, and Mimaki hasn't published per-unit cost or print-time figures for this run. But the underlying signal matters to anyone tracking where color capability in 3D printing is headed. For makers doing multi-material or multi-color work today — swapping filament, using AMS-style systems, or finishing prints by hand — the ceiling on achievable color complexity is set by how much manual work you're willing to do per part. What this project demonstrates is that once a full-color process reaches sufficient fidelity and speed, that ceiling effectively disappears for anyone with access to the hardware: intricate, artist-grade color detail becomes a file-preparation problem rather than a finishing-labor problem. That's the same trajectory FDM color printing has been chasing with multi-tool and multi-material systems, just arriving from the material-jetting side first, at industrial price points. The other takeaway is about validation rather than access. Full-color inkjet 3D printing has had "photorealistic" and "millions of colors" on its spec sheets for years; what's new here is a licensed sports brand betting real retail inventory — 350 individually numbered, collector-market pieces — on that spec sheet holding up outside a controlled demo. If the collectibles ship clean across fourteen tournament stops with no reported quality issues, that's a more meaningful proof point for the category than another trade-show sample ever could be.
