Explore high-speed, plate-free curing solutions engineered for industrial ceramic, architectural aluminum, Dibond, and rigid substrates.
A comprehensive analysis of mechanical precision, printhead kinematics, and operational reliability in 2000mm × 3000mm printing setups.
The YC2030H platform specifically targets standard 2000 × 3000 mm industrial substrate sizes, completely removing trim waste across Dibond, glass sheets, and acrylic boards while increasing total hourly utilization by 34%.
Constructed with dual heavy-duty linear guide rails, magnetic linear motor options, and an all-steel welded frame subjected to stress-relief annealing, ensuring sub-micron droplet placement across multi-shift 24/7 regimes.
Integrated negative pressure ink feed system coupled with automated white ink circulation eliminates micro-bubble formation and titanium dioxide settling, slashing nozzle dropouts and purge maintenance cycles.
Addressing supply chain stability, energy-efficient production, and cost per square meter across international conversion facilities.
Switching from traditional solvent and screen processes to the YC2030H UV-LED platform yields up to 42% ink cost reductions via grayscale micro-piezo drop control, while cold UV curing cuts factory electrical overhead by 68%.
Tier-1 printheads (Ricoh Gen6 / Gen5 options) deliver stable firing frequencies up to 50kHz. Stainless steel carriage structures with anti-crash safety sensors protect delicate optical paths from substrate buckling.
Backed by Winscolor's 20,000 m² Jinan manufacturing plant and 6 dedicated assembly lines, guaranteeing 100% factory pre-shipment burn-in testing, localized spare stocking, and streamlined international customs compliance.
Custom chemistry, specialized primer deployment, and tactile embellishments optimized for heavy industrial applications.
Inline optical silane priming combined with high-viscosity ceramic inks enables scratch resistance up to 5H and weatherproofing exceeding 10 years for building facades and splashbacks.
High-drop firing modes compensate for tile undulations up to 5mm. Synchronous white, color, and tactile gloss laydowns recreate natural stone textures with zero mechanical embossing plates.
Pinpoint curing on conductive aluminum composite panels (ACP) ensures zero static discharge artifacts, producing vibrant sign graphics that withstand rigorous CNC routing.
Plate-free variable data printing allows short and medium box runs, custom display prototypes, and rapid localized branding with instantaneous drying and stackability.
Direct mechanical benchmarks highlighting engineering standards against standard mid-format machinery.
| Technical Parameters | YC2030H Industrial Standard | Conventional 2513 Model | Strategic Advantage |
|---|---|---|---|
| Maximum Working Area | 2000 mm × 3000 mm (6.0 m²) | 2500 mm × 1300 mm (3.25 m²) | +84% Bed Coverage |
| Printhead Technology | Ricoh Gen6 Piezo (5-15 pl variable) | Ricoh Gen5 / Epson i3200 | Higher firing frequency, lower graininess |
| Ink Curing Chemistry | Dual Water-Cooled UV-LED (Adjustable) | Mercury Vapour / Air-cooled LED | Zero heat deformation on thin PVC/foam |
| Vacuum Zoning | 8-Zone High-Torque Inverter Vacuum | 4-Zone Standard Vacuum | Flawless suction across irregular boards |
| Motion System | Dual THK Silent Rails + Panasonic Servo | Standard Domestic Rail + Stepper | Sub-micron precision, zero motion noise |
| Substrate Thickness Clearance | Up to 100 mm (Optional 150 mm) | Up to 50 mm | Direct printing on thick stone slabs & cases |
How Winscolor guarantees ongoing reliability, workplace safety, and consistent remote diagnostics worldwide.
Fully compliant with European Machinery Directive 2006/42/EC and Low Voltage Directive. Ink chemistries fulfill REACH and UL GREENGUARD Gold certifications for indoor air quality safety.
Integrated IoT diagnostics allow Jinan senior engineers to remotely analyze waveform status, motor encoder signals, and temperature logs, resolving 89% of technical inquiries within 4 hours.
Strategic spare parts depots across Europe, North America, and Southeast Asia ensure critical replacements—such as mainboards, pumps, and UV modules—arrive within 24 to 48 hours.
Continuous investment in artificial intelligence rastering, autonomous substrate calibration, and bio-based ink resins.
Real-time ambient temperature and humidity compensation algorithms dynamically adjust piezo drive voltages to maintain exact drop shape integrity.
Laser-triangulated optical scanning across the entire 2000×3000 mm table to map warpage and dynamically adapt carriage Z-height on-the-fly.
Integrated high-resolution CCD cameras verify edge registration and print progress, enabling unmanned automated loading and unloading integrations.
Transitioning to sustainable, plant-derived monomer bases, diminishing carbon footprints while bolstering primerless adhesion to metals.
Engineering-backed responses addressing key operational, configuration, and material challenges.
The system features an 8-zone high-flow vacuum bed paired with a twin-turbine vacuum pump, pulling down warped acrylic and timber sheets with immense force. Additionally, dual carriage anti-crash sensor bars automatically halt operation before head contact can occur.
For non-porous glass and ceramic, we offer dedicated chemical wipes or automated printhead channels that jet specialized silane-based UV primer directly onto the targeted print zones, guaranteeing cross-hatch tape test adhesion scores of Class 0 (ISO 2409).
The YC2030H operates on 220V AC ±10%, 50/60Hz, requiring a dedicated 30A circuit. Factory environmental specifications mandate temperatures between 20°C and 28°C with relative humidity kept within 40% to 60% to prevent static build-up.
The printer utilizes an active mechanical stirring mechanism in the main white reservoir, paired with an automated timed secondary circulation loop through the dampers, keeping pigments in perfect suspension even during standby states.
Continued product lineup of hybrid, roll-to-roll, and specialized large format industrial machinery.
