Engineered for 24/7 sustained production. These certified UV-LED systems deliver high-density white layering, ultra-tactile 3D embossing, and uncompromised optical alignment on wood, glass, aluminum, acrylic, and ceramic.
The global wide-format and industrial decorative printing sectors are navigating a rapid technological paradigm shift. Analogue screen printing and volatile-organic-compound (VOC) intensive eco-solvent technologies are being aggressively superseded by instantaneous cold-cure UV LED digital flatbed and hybrid architectures.
Traditional manufacturing mandates heavy upfront screen engraving, photochemical film development, plate setup, and excessive wastewater treatment. UV LED digital flatbeds operate on zero-plate demand, slashing setup labor by 94% and unlocking profitable unit economics for single-piece customizations as well as 10,000-piece industrial runs.
Utilizing high-power ultraviolet light-emitting diodes emitting strictly at calibrated 395nm wavelengths, liquid photoinitiators inside UV inks instantly cross-link monomers into tough solid polymers. Printed rigid substrates exit the bed completely cured, scratch-resistant, and chemically stable for immediate downstream packaging or CNC routing.
Unlike thermal aqueous or solvent systems that rely on open-cell porosity or chemical coating absorption, UV photopolymerization bonds tenaciously to completely non-porous, highly dense materials including electroplated sheet metals, architectural float glass, industrial ceramics, cast acrylics, Dibond, and natural lumber.
Every Winscolor machine manufactured by Jinan Yingcai Digital Technology integrates structural steel stress-relieved gantry beds, Japanese drop-on-demand micro-piezo printheads, dual Taiwan HIWIN silent linear guideways, and closed-loop magnetic linear optical encoders.
Our flagship platforms (YC2513L, YC2030H, YC3200HR) are engineered around Ricoh Gen6 (MH5320) stainless steel printheads. Featuring 1,280 micro-nozzles spanning 4 independent channels and an isolated physical chamber architecture, each head fires variable droplets from 5pl to 15pl with a drive frequency reaching up to 60kHz.
Viscosity instability and titanium dioxide pigment precipitation are the primary failure points in lower-tier UV hardware. Winscolor implements an independent micro-computerized dual negative pressure system separating color channels from high-viscosity opaque white and gloss varnish circuits.
| Platform Tier | Bed Dimension (X/Y) | Printhead Configurations | Drop Volume | Max Print Speed (Draft) | Target Substrate Thickness |
|---|---|---|---|---|---|
| YC6090 Desktop Pro | 600 mm × 900 mm | 2–3 × Ricoh G5i / Epson i3200-U1 | 3.5 pl – 9 pl | 6–10 m²/h | 0.1 mm – 150 mm (Rotary optional) |
| YC1610H Mid-Format | 1600 mm × 1000 mm | 2–4 × Ricoh Gen6 / G5i | 5.0 pl – 15 pl | 18–28 m²/h | 0.1 mm – 100 mm |
| YC2513L Industrial Flagship | 2500 mm × 1300 mm | 3–8 × Ricoh Gen6 (CMYK+W+V) | 5.0 pl – 15 pl | 35–55 m²/h | 0.1 mm – 100 mm (Up to 400mm custom) |
| YC2030H Heavy Architectural | 2000 mm × 3000 mm | 4–8 × Ricoh Gen6 | 5.0 pl – 15 pl | 45–65 m²/h | 0.1 mm – 100 mm (100 kg/m² load) |
| YC3200HR Hybrid Continuous | 3200 mm Roll / Rigid Conveyor | 4–10 × Ricoh Gen6 | 5.0 pl – 15 pl | 60–90 m²/h | Rigid up to 50mm / Flexible unlimited roll |
Jinan, Shandong stands as China's epicenter for precision CNC machining, laser optical systems, and heavy industrial automation. Operating our modern 20,000 square-meter production complex and 6 dedicated assembly lines, Winscolor leverages unparalleled vertical supply chain integration to deliver uncompromising mechanical stability at high competitive value.
Every welded chassis undergoes high-temperature furnace stress-relief annealing to permanently eradicate internal residual structural tensions. The entire bed and dual gantry beams are precision-milled in a single setup on a 12-meter five-sided CNC machining center, guaranteeing a flatness tolerance of less than 0.03mm across a 3.2-meter span.
We source structural cast alloys, dynamic vacuum blowers, electronic control units, and specialized UV curing chips directly from tier-one localized suppliers within a 50km radius. This hyper-dense industrial cluster insulates Winscolor from global logistics volatility, cuts raw material transit timelines to zero, and allows rapid prototyping of customized OEM specifications.
Prior to oceanic crating, every machine runs a mandatory 72-hour stress test. This protocol subjects motion servos, UV curing chillers, printhead firing boards, and RIP color profile decoders to prolonged stress-load cycling, validating droplet placement precision using microscopic collimators before export signoff.
Printing environments, environmental humidity levels, and substrate chemistries vary widely across global markets. Winscolor formulates tailored printing strategies and specialized ink sets to address specific geographical standards.
Strict Tactile & ADA Braille Signage: Commercial building codes in the US (ADA Title III) and European building directives demand raised tactile lettering and Grade 2 Braille dots. Winscolor's multi-layer UV varnish build-up reaches required heights (0.6mm–0.9mm) in a single unified print queue, skipping manual bead insertion.
Extreme UV & Heat-Resistant Signage: High ambient temperatures in Gulf Corporation Council (GCC) territories and Central America degrade inferior inks within months. Our high-pigment industrial UV inks utilize automotive-grade organic pigments rated Blue Wool Scale 7-8, delivering up to 3 years of outdoor lightfastness without lamination.
Short-Run Packaging & Industrial Membrane Switch Panels: Rapid consumer goods packaging and electronics prototyping demand high flexibility without ink flaking. Winscolor flexible UV formulations stretch up to 200% without cracking, enabling sharp creasing and score-line bending on heavy corrugated flute and polycarbonate overlays.
Digital inkjet technology is moving from standard manual flatbeds toward connected, automated, and environmentally sustainable production lines. Here is Winscolor's engineering progression across key hardware and software fronts.
Integrating structured-light laser distance sensors right on the print carriage. Before jetting, the system constructs a dense 3D topological height map of warped boards or rough stone, dynamically adjusting carriage clearance down to 0.1mm micro-steps to eliminate head strikes while maintaining nozzle sharpness.
Transitioning from pure 395nm chips to hybrid 365nm + 395nm multi-die arrays. The deep-penetrating 395nm wavelength secures complete interface adhesion at the base substrate, while the fast surface-acting 365nm peak locks in gloss finish and prevents surface air oxidation, consuming 35% less power overall.
Replacing manual chemical wipe-down on tricky surfaces like float glass, polished stainless steel, and untreated polypropylene. Winscolor's micro-piezo digital primer channel applies microscopic sub-nanoliter drops strictly where color pixels will land, cutting chemical usage by 88% and eliminating peripheral haze.
Onboard edge controllers stream live printhead waveform efficiency, pump duty cycles, ink line temperatures, and negative pressure levels directly to our central diagnostic cloud. Plant operators receive proactive warnings on damper degradation or filter replacement before banding affects live customer runs.
Exporting to more than 100 countries requires comprehensive electrical, mechanical, and chemical certifications. Winscolor ensures each unit aligns with destination-market occupational safety and trade criteria.
Winscolor flatbed architectures carry European CE compliance across the Machinery Directive (2006/42/EC), Low Voltage Directive (2014/35/EU), and Electromagnetic Compatibility Directive (2014/30/EU). Critical power relays and servo loops use UL-recognized and CSA-certified parts for seamless grid tie-in across North America.
Our UV-curable inks comply strictly with European REACH Regulation (EC No 1907/2006) and RoHS Directives. Fully cured prints emit zero detectable volatile organic compounds (VOCs), making them suitable for indoor architectural spaces, daycare installations, and food-grade outer secondary packaging.
To back up overseas distributors and minimize machine downtime, we maintain fast-dispatch hubs stocking printheads, peristaltic pumps, UV-LED modules, optical encodings, and motherboard sets. Technical teams offer rapid 2-hour online response windows and remote calibration guidance worldwide.
Detailed answers straight from our R&D test benches and after-sales engineering teams, addressing common technical questions raised by distributor engineers and facility managers.
Direct access to our heavy-chassis manufacturing range. Built with customizable carriage widths, multi-drop head arrays, and export packaging for commercial converters and international wholesale distributors.
