Molded sports balls are the textbook pad-print application. The geometry is spherical and curved in two axes; the graphic is fixed; the substrate is stable. None of those conditions reward digital decoration — they reward purpose-built automated pad printing. EPS engineers rotary-indexed pad-print cells that absorb the curvature natively, amortize the cliché against the full production run, and swap substrate colors at recipe level.
Molded sports balls — soccer balls, footballs, rugby balls, basketballs, recreational athletic balls — share a decoration profile that maps cleanly to automated pad printing. The geometry is spherical and faceted; the graphic is fixed across the full production run; the substrate is a stable injection-molded polymer that changes color but not chemistry between SKUs.
EPS engineers automated pad-print cells around that profile. Rotary indexing turrets cycle balls through fixed print stations; silicone pads conform to the curved facets at transfer; one cliché holds the graphic for the entire production run; substrate-color swaps are recipe-level operator events, not engineering-driven line changes. The decoration cost math points at pad — not because pad is older, but because pad is the right tier for fixed-graphic complex-3D applications at production volume.
Different sports, different substrates, same architectural pattern: stable graphic, complex geometry, automated pad transfer.
Plastic soccer balls for toy, recreational-sport, and youth-athletics markets. Iconic black-pentagon pattern transferred via silicone pad across multiple substrate colorways. Production volumes in the hundreds of thousands of units annually.
Molded American footballs and rugby balls — laces, brand marks, and league graphics in fixed positions. Spherical-with-axis geometry handled natively by silicone pad conformance.
Basketballs, volleyballs, dodgeballs, recreational sport balls. Multi-station rotary pad cells for stable-graphic mass-market production runs.
Youth-market and children’s sports balls — bright colorways, simple branded graphics, high-volume retail programs. Substrate-color flexibility at recipe level.
Branded promotional sports balls, specialty athletic equipment, custom team and league runs. Multi-color pad cells for short-cycle production.
EPS deployed an automated pad-print line for a global sporting-goods brand producing molded plastic soccer balls. Each ball is loaded onto its own rotational fixture, indexed through the print station via rotary turret, and receives the fixed black-pentagon graphic from a silicone pad in a fraction of a second. The cell runs across multiple substrate colorways on the same recipe — substrate-color swaps are operator-loaded, not engineering-changed. The cliché serves the full production run.
Real customer cells — full process walkthroughs.
A global sporting-goods brand decorates molded plastic soccer balls on a rotary-indexed automated pad-print line. One cliché, one graphic, the full production run. Substrate-color swap at recipe level. The textbook fit for pad — and why pad stays the engineered answer at production volume.
Pick the cell that matches your color count, your geometry, and your run length.
The platform for molded soccer balls and athletic balls. Multi-station rotary turret with silicone pad transfer, one cliché per production run, substrate-color flexibility at recipe level. Cycle time scales with index time, not graphic complexity.
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For lower-volume sports-ball programs or short-cycle promotional runs — multi-color pad with sealed-cup ink systems and inline UV cure. Bench-scale to production-scale options.
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For sports-ball programs where the graphic actually does change — team-customized runs, branded variants, athlete-personalized SKUs. Multi-pass inkjet earns its keep when the image variability is the value.
Explore Multi-Pass →What rotary-indexed automated pad delivers that flat-bed and cylindrical platforms cannot.
The pad takes the shape of the substrate at transfer. Curved facets, raised pentagons, and two-axis curvature are the geometry the pad becomes — no fixturing trickery, no surface flattening, no registration compromise.
A fixed graphic amortizes against the full annual volume. Per-unit cliché cost approaches zero at production scale. The line absorbs run length without absorbing setup cost.
Red balls and green balls run the same line, same cliché, same cycle. The substrate-color change is operator-loaded — no engineering change, no line rebuild.
Cycle time is index time + pad descent + pad lift — it does not scale with graphic complexity, color count, or facet count. The line throughput is what the rotary turret enables, not what the print step constrains.
Tell us about your ball substrate, graphic profile, and annual volume. We'll show you whether automated pad, KP-series pad, or multi-pass inkjet delivers the lowest total decoration cost — and engineer the cell around the answer.