High-Speed Multi-Color Roll-to-Roll & Sheet-Fed Flexographic Printing Machine for PP/HDPE woven sacks and composite bags with micro-registration.
Direct proposal with technical drawing, ex-works / CIF pricing & delivery lead time.
Official engineering data for Printing Machine. Custom modifications available for non-standard voltage or line capacities.
| Engineering Parameter | Technical Specification / Standard Rating |
|---|---|
| Model Series | FFE-FP-6C High Precision Flexo Press |
| Plate Cylinder Repeat Length | 300 mm to 1200 mm |
| Ink Compatibility | Solvent-based flexo ink / Water-based eco-friendly ink |
| Plate Thickness | 2.84 mm / 3.94 mm photopolymer flexo plates with cushion tape |
| Corona Treatment | Integrated 4 kW high-frequency corona discharge unit |
| Tension Regulation | Multi-stage magnetic powder brake & load-cell dancer roller control |
| Unwind & Rewind Diameter | Up to Ø 1200 mm roll diameter with pneumatic expanding shafts |
| Heating Power for Dryers | 12 kW to 18 kW (Thermostatically PID controlled) |
| Main Drive Motor | 7.5 kW AC inverter motor with synchronous helical gear transmission |
| Chassis Construction | Extra-thick 40 mm cast-iron side frames for zero vibration at speed |
Engineered for continuous 24/7 industrial production with lowest maintenance intervals and high uptime reliability.
Uniform ink transfer across solid backgrounds and fine half-tone text, preventing ink starvation or excess pooling.
Helical gear registration knobs allow operators to fine-tune color alignment longitudinally and transversely while the press is running.
Blower fans circulate thermostatically controlled hot air through specialized air knives, drying inks before rewind or bag collection.
Increases polymer surface dyne levels on PP/HDPE woven fabric, ensuring ink will not flake off during rough handling.
When the press pauses, printing cylinders automatically lift off the web to prevent plate swelling and ink drying on rollers.
Heavy 40 mm cast side plates absorb drive train vibrations, ensuring crisp dot reproduction even at maximum 120 m/min speed.