Explore our foundational range of heavy-duty UV LED curing machines engineered for high throughput, micron-level drop placement accuracy, and multi-substrate manufacturing.
How deep regional industrial integration, automated high-precision CNC tooling, and direct-to-manufacturer cost efficiencies redefine industrial UV flatbed manufacturing.
Unlike light sheet-metal constructions that suffer from structural resonance and vibration banding at multi-pass speeds, our printer chassis are built from thick annealed steel tubular gantries subjected to five-sided CNC gantry milling. This eliminates internal residual stress and provides planar precision across the entirety of 2.5m x 1.3m and 2.0m x 3.0m print tables.
Leveraging China's world-class electromechanical supply cluster, Winscolor seamlessly combines world-renowned precision components with internally mastered sub-system software algorithms. We maintain proprietary firmware control over motion drivers, ink meniscus negative pressure modules, and intelligent curing energy synchronization.
By purchasing factory-direct from our integrated facility in Jinan, global distributors, commercial converters, and corporate OEM clients bypass multiple layers of trading markups. This ensures capital allocation is channeled directly into raw equipment capability, premium electronics, and immediate spare parts stock.
The UV digital printing market is moving beyond basic signage reproduction into high-speed inline manufacturing, nano-engineered ink adhesion, and tactile micro-relief finishes.
Modern printheads utilize multi-pulse piezoelectric actuation capable of firing variable droplet volumes (e.g., 5pl, 7pl, to 15pl). Small droplets deliver crisp text and smooth skin tones without graininess, while larger droplets deposit solid saturation at speeds exceeding traditional binary print modes.
Replacing traditional mercury vapor arc lamps, high-irradiance water-cooled LED curing arrays emit precise wavelengths (395nm/385nm). Cold curing generates zero infrared thermal radiation, allowing direct printing on heat-sensitive thin PVC, polyolefins, and fragile polystyrene without thermal warping.
By synchronizing multi-layer white underbase printing with selective spot-gloss clear coat layers, our machines construct mechanical embossing depths of up to 3mm. This eliminates expensive post-embossing dies for braille signage, oil painting replicas, and luxury packaging embellishment.
For corrugated cardboard, packaging lines, and industrial marking, the industry is transitioning from multi-pass gantry scanning to continuous fixed-array single-pass architecture. Print speeds reach up to 1.2 meters per second, enabling profitable short-run packaging without printing plates.
Winscolor engineered UV systems overcome traditional printing limitations across structural, architectural, industrial, and packaging substrates without requiring film, plates, or screen setups.
Direct printing on tempered glass, splashbacks, ceramic wall tiles, and sintered stone slabs. Integrated nano-silane primer spray channels ensure chemical cross-linking with inorganic silica structures, achieving 5B pencil-hardness adhesion and high moisture resistance for wet zones.
High-tolerance registration on anodized aluminum, brushed stainless steel, acrylic faceplates, and polycarbonate membranes. High-viscosity UV curable inks ensure sharp micro-fonts (down to 2pt), high electrical insulation performance, and chemical resistance to industrial solvents.
Eliminate make-ready plates and die delays for luxury box prototypes, e-commerce mailing boxes, and corrugated point-of-sale displays. Plate-free digital workflow allows brand owners to execute regional SKU variations and custom promotions without inventory waste.
Tailored manufacturing programs designed for global machinery distributors, regional printer brands, and large-scale industrial converters requiring customized engineering specifications.
All machines shipped across North America, the European Union, the Middle East, and APAC are built strictly to comply with Low Voltage Directive (LVD 2014/35/EU), Electromagnetic Compatibility (EMC 2014/30/EU), and CE/UL certified electrical wiring harnesses with segregated high- and low-voltage cable routing.
We provide full white-label chassis paint schemes, branded human-machine interface (HMI) touchscreens, and pre-calibrated ICC profiles for Caldera, Onyx, Photoprint, or ColorGate RIP environments. Specialized motion macros can be programmed for automated robotic loading arms.
Our OEM partner program provides guaranteed 48-hour parts dispatch for critical sub-assemblies (magnetic encoders, negative pressure sensors, mainboards, peristaltic pumps). Direct engineer-to-engineer remote video telemetry facilitates swift diagnostics and field troubleshooting.
Direct comparison of core parameters across our primary flatbed, rotary-integrated, and hybrid production models.
| Platform Category | Effective Printable Area | Printhead Configurations | Ink Channel Setup | Max Substrate Height | Applicable Media Range |
|---|---|---|---|---|---|
| Compact / Desktop UV | 600 mm × 900 mm | 2 to 4 pcs Ricoh G5i / Epson i3200 | CMYK + W + Varnish | 150 mm (Optional 250 mm) | Phone cases, pens, tumblers, acrylic awards |
| Mid-Format Flatbed | 1600 mm × 1000 mm | 3 to 5 pcs Ricoh Gen6 / GH2220 | CMYK + Lc + Lm + W + V | 100 mm (Automatic height sensor) | Glass bottles (rotary), metal signage, wooden crafts |
| Standard Production Flatbed | 2500 mm × 1300 mm | 2 to 8 pcs Ricoh Gen6 / Kyocera | Double CMYK + Dual White + V | 100 mm (Heavy-duty vacuum) | Standard PVC boards, Dibond, acrylic sheets, cabinet doors |
| Super-Format Heavy Industrial | 2000 mm × 3000 mm | Up to 12 pcs Ricoh Gen6 / Kyocera | CMYK + Lc + Lm + W + V + Primer | 120 mm (Reinforced vacuum) | Architectural glass panels, ceramic slabs, corrugated displays |
| Hybrid Multi-Function Line | 2500 mm / 3200 mm Roll + Board | 4 to 8 pcs Ricoh Gen6 | CMYK + W + V (Optional Primer) | 50 mm / Continuous Roll (50kg) | Flex banners, backlit films, canvas, rigid panels |
Detailed insights compiled by our technical service group to address pre-sale considerations, substrate adhesion protocols, and operational workflows.
Titanium dioxide (TiO2) used in opaque white inks has a high specific gravity, making it prone to settling. Our system utilizes a closed-loop active agitation and continuous peristaltic circulation circuit moving from the bulk ink reservoir through the sub-tank right down to the printhead internal manifold. Combined with timed automated micro-purging, this prevents pigment settling and maintains constant nozzle readiness.
Non-porous inorganic substrates have low surface tension (dyne levels below 38 dynes/cm), which hinders chemical ink bonding. We offer dedicated inline or wiped chemical nano-primers (coupling agents) that react with hydroxyl groups on glass or metal surfaces. Once flash-cured by our UV LED array, the ink achieves industry-grade 5B cross-hatch tape adhesion.
Under recommended operational conditions (controlled ambient temperatures between 20°C–28°C, 40%–60% humidity, and filtered OEM-certified inks), an industrial all-steel Ricoh Gen6 piezo printhead delivers a typical working life of 3 to 5 years under continuous two-shift production. Its physical isolated-cavity architecture also reduces the risk of electrical short-circuits from ink splashing.
Our dual independent digital negative pressure modules maintain dynamic vacuum balance (within ±0.01 kPa precision) separately for white and color channels. This prevents ink dripping under carriage deceleration and eliminates micro-bubble ingestion during high-frequency jetting at velocities up to 1.8 m/s, preventing starvation artifacts.
Yes. Our compact and 1610 mid-format platforms feature a modular rotary axis assembly powered directly by the Y-axis servo loop. Synchronized rotary software algorithms adjust stepper rotation to match the nozzle firing frequency, ensuring seamless 360-degree wrap-around prints with exact graphic joinery on glass bottles, stainless steel drinkware, and cosmetic tubes.
Standard flatbeds require a clean, grounded single-phase or three-phase power supply (AC 220V/380V ±10%, 50/60Hz, 3.5kW–8.5kW depending on vacuum blower size). An isolated ground wire (<4Ω resistance) is essential to dissipate static charges. The room should be dust-free with exhaust ventilation and stable temperature (22°C–26°C) to maintain consistent ink viscosity.
Explore high-volume 2513, 2030, super-wide mural printing platforms, and high-speed single-pass corrugated machinery for heavy commercial manufacturing.
