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Choose from Our Range of Products
Process by the mid-frequency tempering internal stress, increased wall density, hardness, strength, toughness, and conductive properties, artificial aging treatment, large machining centers in pairs, high strength, high precision, never deformed.
Seamlessly transition between corrugated cardboard and PP hollow board with our intelligent dual-mode technology, allowing you to switch media in just 3 seconds for maximum efficiency and versatility.
The whole machine is adopted international famous brand appliances and computer.
Seamlessly transition between corrugated cardboard and PP hollow board with our intelligent dual-mode technology, allowing you to switch media in just 3 seconds for maximum efficiency and versatility.
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Why Choose DE PACK’s HD Flexo Printer
| Client Pain Point | Core Product Advantage | Quantifiable / Scenario-Based Proof |
| Blurry details, poor texture reproduction | Ultra-HD Imaging Technology | 1200 dpi native resolution captures hairline details. Ideal for high-end packaging, premium catalogs, and advertising boards. |
| Color inconsistency across batches | Intelligent Color Management System | Spot color capability with ΔE ≤ 0.35 color accuracy. Ensures brand color matching and zero deviation across batches/sizes. |
| Low efficiency, long lead times | High-Speed, Stable Printing | Speeds up to 400 meters/minute with automated job changeover, reducing plate change time by 40%. Handle peak-season orders efficiently. |
| Limited material compatibility | Multi-Scenario Compatible Design | Supports 5+ types of corrugated & hollow boards, including multi-layer cardboard and PP hollow sheets. Perfect for high-end fruit boxes, electronic packaging, and durable logistics containers. |
| High ink waste & operational cost | Precision Ink Control System | Smart ink delivery increases ink utilization by 15% and reduces waste by 20%, lowering long-term OPEX. |
Product Details
The paper feeding stroke is controlled by a servo and is easy to adjust (touchscreen settings). The paper feeding stroke can be maximized. When paper feeding starts, the contact method is the entire wheel surface contact, which ensures stable paper feeding.
Printing phase adjustment: Planetary gear structure, printing roller equipped with an automatic zeroing device, controlled by PLC and a 10-inch touch screen. Click to enter the printing roller phase adjustment interface. Features include automatic zeroing, automatic printing plate (plate erasure memory), and preset printing plate position.
Infrared drying and ceramic roller paper feeding reduce errors during paperboard transport, ensure printing accuracy, and allow sufficient time for ink to dry, thereby improving print quality and preventing ink smudging.
Double-blade trimming knife with a sharp cutting edge, a large displacement mechanism for the central blade, and a trimming and cutting device, making it highly adaptable to various production needs. The spring-loaded double-blade trimming knife provides a smooth trimming finish and saves costs.
The die-cut section is equipped with a single group of servo tracking independent motor drive. The advantage is that the torque resistance of the die-cutting group is not transmitted to the printing unit, thus affecting the printing quality and accuracy.
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Professional
Corrugator Line Manufacturer
With 14 years of industry expertise, DE PACK provides one-stop corrugated packaging machinery solutions—from production lines to flexo printers and post-printing equipment.
Based in our 12,000㎡ facility, every machine undergoes multi-stage inspections and is ISO & CE certified to meet international quality standards.
Trusted by customers across 30+ countries in Southeast Asia, South America, Europe, the Middle East, and beyond.
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Our Stories With Clients
Every picture tells a story of collaboration, trust, and shared success. From Southeast Asia to South America, these moments capture more than just projects, they reflect lasting partnerships built on reliability, quality, and a commitment to growing together.
Behind each smile is a delivered promise, a solved challenge, and a client who chose to walk with us. Thank you for being part of our journey, where your success becomes our story.
Flexible production, customization capability Fast delivery, efficient supply chain Quality assurance, ISO/CE certification Customer trust, global market experience Professional technical support, procurement risk reduction Price competitiveness, cost control Industry innovation, carton packaging applicationContact Us
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If you have any questions about our products or services, feel free to reach out to customer service team.
Frequently Asked Questions
A: This issue is usually caused by one or more of the following factors:
• Incorrect ink viscosity for water-based ink
• Loose or worn printing plates
• Insufficient pressure between the anilox roller and the rubber roller
• Incorrect ink viscosity for water-based ink
• Loose or worn printing plates
• Insufficient pressure between the anilox roller and the rubber roller
A: Common causes include:
• Skewed or unstable sheet feeding
• Misalignment of the printing plate position
• Skewed or unstable sheet feeding
• Misalignment of the printing plate position
A: This problem is typically related to:
• Dull slotting knives
• Insufficient slotting knife pressure
• Poor or unsuitable corrugated board quality
• Dull slotting knives
• Insufficient slotting knife pressure
• Poor or unsuitable corrugated board quality
A: Possible reasons include:
• Creasing wheel pressure is too low
• Creasing wheel surface is worn
• Incorrect creasing position
• Creasing wheel pressure is too low
• Creasing wheel surface is worn
• Incorrect creasing position
A: This is often caused by:
• Corrugated sheets stacked unevenly on the feeding table
• Incorrect front stop height setting relative to board thickness
• Improper guide wheel position or insufficient pressure
• Dust, debris, or waste paper blocking the feeding path
• Corrugated sheets stacked unevenly on the feeding table
• Incorrect front stop height setting relative to board thickness
• Improper guide wheel position or insufficient pressure
• Dust, debris, or waste paper blocking the feeding path
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