Flatbed Die Cutting Machine
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MK Ecocut 130CS
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MK Ecocut 130CS flatbed die cutters with stripping function are used for medium-format corrugated cardboard converting. They can process corrugated sheets of up to 1300 × 960 mm and 1–5 mm thick, cutting box blanks while the stripping section removes waste after cutting. Ecocut 130CS die cutting machines require less floor space than larger-format die cutters and use less energy during operation, so they fit better into plants that need medium-format corrugated die cutting and stripping in a smaller working area.
Main Features- Medium-Format Corrugated Processing
Ecocut 130CS flatbed die cutters process corrugated sheets up to 1300 × 960 mm, covering common medium-format box blanks and packaging layouts. - Accurate Cutting and Waste Removal
Sheets move steadily into the die-cutting section, while the die-cutting plate and stripping section stay aligned for cleaner cutting and waste removal. - Faster Job Changeover
Quick-change chase design reduces the time needed for tool changes, especially when switching between different corrugated box orders. - Stable Production Speed
Ecocut 130CS flatbed die cutters can run at up to 6000 sheets/hour, so corrugated sheets can pass through die cutting and stripping at a steady pace. - Better Stack Handling
After die cutting, leftover edges are removed before collection, while batch alignment keeps the finished blanks neatly arranged for easier stacking and handling. - Flexible Die-Cutting Setup
Ecocut 130CS can be combined with a fore-and-backhand die cutting setup to support a more connected corrugated board converting workflow. - Compact Layout and Lower Energy Use
Ecocut 130CS uses less floor space and consumes less energy than larger-format die cutters. It is better suited to plants that need medium-format corrugated die cutting and stripping in a smaller working area.
Technical Parameters
| Max. Sheet Size | 1300 × 960 mm |
| Min. Sheet Size | 550 × 500 mm |
| Max. Die-Cutting Size | 1300 × 945 mm |
| Inner Chase Size | 1360 × 970 mm |
| Gripper Margin | 9–17 mm |
| Sheet Specification | 1–5 mm corrugated board, including E, B, C, and A flute types. Sheet flatness should meet GB/T 6544-2008, and the warpage of each corrugated sheet should not exceed 20 mm |
| Max. Die-Cutting Pressure | 200 T |
| Max. Working Speed | 6000 sheets/hour* |
| Max. Feeder Stack Height | 200 mm, lower suction feeding |
| Max. Delivery Stack Height | 1300 mm, including pallet, high-pile delivery; 180 mm, counting stack conveyor mode |
| Main Motor Power | 11 kW |
| Weight | Approx. 30,000 kg |
| Overall Dimensions (L × W × H) | 7250 × 3400 × 2650 mm |
| Compressed Air Requirements | Pressure: 0.6–0.7 MPa; flow rate: > 0.8 m³/min |
| Note *Actual speed and accuracy may vary depending on board thickness, flute type, sheet flatness, and the required die-cutting pattern. | |
Main Configuration
Feeding Unit
- The lower suction feeding mechanism uses MK Masterwork patented technology to reduce scratches on the sheet surface during feeding. It also improves the transport of warped corrugated sheets.
- A high-torque servo motor drives sheet feeding and controls the sheet speed before it reaches the front lay, so the board enters the positioning area flatter and more steadily.
- Front lay sensors and double-sheet detection check the feeding process before the board enters the die-cutting section.
- The side holder in the feeding section is adjusted by motor, which helps operators set the sheet position according to the board size.
- The pneumatic side aligning device keeps the board aligned from the side, and the front holder height can be adjusted electrically.
- Side positioning push lays are installed on both sides to improve side positioning accuracy before die cutting.
Die-Cutting Unit
- Die-cutting pressure can be adjusted up to 200 t according to the board thickness and cutting requirements.
- Empty-run and sheet-drop detection check whether sheets are fed correctly before each cutting cycle.
- Center positioning on the die-cutting plate helps operators align the plate more accurately during setup.
- Pneumatic locking secures the die-cutting tools and shortens the time needed for plate handling.
- An air cushion helps operators move the cutting plate more easily during setup and adjustment.
- The adjustable cutting plate gives operators more control when setting the cutting position.
Stripping Unit
- The upper stripping frame lifts pneumatically, so operators can access the stripping tools more easily during setup.
- Center positioning on the stripping frame keeps the stripping tools aligned and reduces repeated adjustment during plate changes.
Delivery Unit
- Gripper edge removal and test sheet removal are included as standard, so operators can remove leftover edges and check samples during production.
- The pile aligning device keeps finished blanks arranged more neatly at the delivery end.
- The auxiliary delivery device uses both pneumatic and motorized control for non-stop delivery during sheet collection.
- Two delivery options are available: high-pile delivery and conveyor delivery. High-pile delivery is the standard configuration, and the finished stack can be pulled out together with the pallet after delivery.
Lubrication System
- The automatic lubrication system supplies oil to the main moving parts of the die cutter, reducing routine maintenance work and wear during long-term operation.
Control and Safety Protection
- Imported pressure sensors monitor plate deformation during operation. If the pressure exceeds the set limit, the die cutter triggers an alarm and stops automatically to protect the die-cutting section.
- Modular electrical components make maintenance easier because key control parts can be checked and replaced more conveniently.
- The electronic control system follows national safety standards and keeps each section working in the correct sequence during operation.