Explore our flagship heavy-duty UV flatbeds, corrugated packaging single-pass converters, and dual-mode hybrid engines factory-calibrated for micrometric precision and prolonged production life.
Modern digital board printing requires mechanical stability that eliminates high-frequency harmonic vibration. Our industrial flatbed machines, including the widely deployed 2513, 2030, and 3321 series, are built upon high-stress normalized all-steel chassis treated with 600°C annealing and precision CNC five-sided milling.
By pairing dual THK / Hiwin quiet linear guide rails with Panasonic AC servo drives and Renishaw optical metal encoders, our carriage transport ensures micro-stepping consistency down to 1.5 picoliter variable dot formations. Whether curing high-opacity white ink barriers or laying multi-layer tactile haptic gloss textures, registration repeatability remains locked within ±0.02 mm across full-bed cycles.
Industrial Negative Pressure Ink Loop: Our independent dual-channel negative pressure pneumatic systems eliminate ink starvation during continuous 120 m²/hr multi-shift runs, maintaining meniscus equilibrium across all Ricoh Gen6 / Gen5s piezo arrays.
| Engineering Attribute | Winscolor Standard Architecture | Standard Market Assembler |
|---|---|---|
| Gantry Beam | Aviation-grade extruded aluminum with dual rail reinforcement | Standard steel hollow tubing with single rail |
| Printhead Tech | Ricoh Gen6 (5-15pl) / Kyocera KJ4A industrial drop-on-demand | Consumer/Epson modified desktop printheads |
| Table Flatness | Multi-zoned hard anodized vacuum bed ±0.05 mm across 3000 mm | Segmented sheet plate ±0.25 mm variance |
| Curing System | Water-cooled dual-wave UV-LED (395nm + 365nm) dynamic cure | Air-cooled single mercury lamp or basic LED |
| Antistatic Control | Active dual-ion bar neutralizer integrated on carriage beam | Optional passive tinsel wire or unequipped |
As digital transformation disrupts the packaging, visual communication, and interior architectural surfaces sectors, our Jinan R&D engineering facility is actively deploying five core next-generation paradigms.
Transitioning from multi-pass scanning to ultra-high throughput stationary print bar arrays. Our proprietary single-pass architecture reaches feeding velocities exceeding 1.2 m/s (up to 150 linear meters per minute) with water-based pigment and LED-curing formulations.
Integrating industrial dual gigabit-Ethernet cameras directly onto the carriage axis. Edge AI computer vision algorithms detect board edge skew, warped board topography, and irregular contours in real-time, instantly adjusting jetting delay vectors.
Developing low-VOC, ultra-flexible, and food-grade packaging inks in strict alignment with European REACH and Swiss Ordinance guidelines. Formulated specifically for unbleached kraft, folding boxboards, and corrugated fluting.
From secondary packaging to high-end architectural glazing and automotive dashboard membranes, our machines power streamlined digital transformation across major global sectors.
Empowering corrugated box converters to fulfill hyper-personalized e-commerce cartons, seasonal packaging, and POS/POP display stands without costly photopolymer plates.
Direct printing on architectural glass panels, ceramic facade tiles, sintered stone slabs, and natural hardwood panels for interior fit-outs and luxury hotel design.
Producing backlit acrylic lightbox graphics, expanded PVC foam boards, fluted polypropylene signboards, and aluminum composite panels (Dibond) in high-definition CMYK+W+V.
Micro-droplet high-precision printing on polyimide, anodized aluminum nameplates, polycarbonate control panels, membrane switches, and consumer electronics casings.
| Quality Control Stage | Standard Operating Procedure (SOP) | Target Threshold |
|---|---|---|
| Chassis Stress Relief | 600°C electric furnace annealing + 90-day natural vibration aging | Zero structural elongation / zero twist |
| Guide Rail Alignment | Dual-frequency laser interferometer optical collimation | Parallelism ≤ 0.015 mm over 3500 mm |
| Vacuum Bed Planarity | Dial gauge micrometric multi-point matrix mapping | Planar deviation ≤ 0.05 mm across bed |
| Continuous Burn-in | 72-hour continuous full-coverage bidirectional raster cycle | 0 jetting dropout / zero board error |
| Electronics Insulation | Dielectric high-voltage withstand & ground continuity test | GB/T 5226.1 & EN 60204-1 compliance |
Located in the heart of Shandong province's advanced manufacturing corridor, Jinan Yingcai Digital Technology (Winscolor) leverages a 20,000 square meter standardized production hub. Unlike assembly-only workshops, our plant operates six integrated production bays encompassing raw steel profiling, laser gantry cutting, high-precision machining, and localized electronic board assembly.
This deep vertical integration delivers undeniable structural advantages to global importers and corporate printing plants: robust component traceability, 35-45% competitive cost structures relative to European/Japanese equipment assemblers, and uninterrupted access to replacement parts via our centralized automated warehouse.
Factory-Direct Customization: We offer comprehensive OEM/ODM engineering ranging from bespoke bed dimensions (such as 3.3m x 2.1m or custom conveyorized setups) to specialized ink channel routing (CMYK + Lc + Lm + White + Primer + Varnish).
Procuring industrial capital machinery requires rigorous quantitative vetting. Winscolor delivers institutional transparency across operating expenditure, environmental compliance, and lifetime asset depreciation.
Variable greyscale drop control (starting at 5pl) reduces raw ink usage by 25-35% compared with conventional fixed-drop printheads. Winscolor UV inks cost an average of $0.45 - $0.75 per square meter at 100% CMYK coverage.
Every Winscolor digital machine ships fully certified with European CE electromagnetic and mechanical safety directives, RoHS hazardous substance restrictions, and optional UL/CSA-compliant electrical control panels.
Enterprise buyers benefit from our multi-tiered technical support infrastructure: remote cloud diagnostics, rapid-dispatch regional spare parts hubs in Europe and Latin America, and bilingual field engineers for on-site commissioning.
In-depth technical answers addressing ink chemistry, substrate compatibility, printhead longevity, and turnkey factory integration.
Send our senior engineering team your board dimensions, thickness specifications, and daily square meter production targets for an exhaustive feasibility report and ink cost model.
Explore our full line of wide-format flatbeds, rotary-equipped compact units, and high-performance hybrid machines built for tough industrial use.
