| Category |
R106Q |
| Paper size |
Min. 450×370 mm
Max. 1060×760 mm |
| Paper specifications |
Paperboard: 0.1-3 mm
Corrugated board: ≤4 mm
White cardstock: 90–2000 g/m² |
| Gripper margin |
9-17 mm |
| Maximum die-cutting area |
1045×745mm |
| Maximum die-cutting pressure |
300t |
| Maximum die-cutting speed |
7500s/h |
| Feeder pile height (including pallet) |
1550mm |
| Delivery pile height (including pallet) |
1350mm |
| Inner dimensions of die-cutting chase |
1100×770mm |
| Air supply requirements |
6-8bar; 200L/min |
| Main motor power |
11kW |
| Maximum total power |
20kW |
| Total weight (including footboard) |
18.5t |
| Overall dimensions (including footboard) |
6330×4250×2430mm |
Paper feeding section
Feeder Head: High-quality feeder featuring 4 suction cups for pickup and 4 for delivery, ensuring stable and rapid paper feeding.
Pre-loading Device (Non-stop Feeding): Allows for paper pre-loading without stopping the feeder; maximum stack height of 1600mm (including pallet).
Front Lay Registration Detection: Uses photoelectric switches to verify that the sheet has accurately reached the front lay position.
Side Lay Registration Detection: Uses precise mechanical action to trigger a sensor switch, confirming the sheet is correctly positioned (compatible with all print colors).
Vacuum Pump: High-quality German-made Becker pump for extended service life.
Push/Pull Convertible Side Lay: Easily switchable to accommodate different paper weights.
Feeder Control Panel: Convenient operation at the feeder station.
Mechanical Double-Sheet Detection: Uses sheet thickness to trigger a mechanical switch, detecting the presence of double-fed sheets.
Single-Point Electromagnetic Clutch: Engages or disengages the linkage between the feeder/conveyor belts and the main machine, facilitating easier setup and testing.
Anti-Crush Safety Device: Photoelectric protection to prevent injury from the presser foot during operation.
Die-cutting section
Pneumatic locking for chase and lower plate: Uses a pneumatic quick-locking mechanism to prevent operational errors caused by improper locking of the upper and lower chases.
Centerline alignment system: Employs a centerline-based quick positioning method for the die-cutting chase, eliminating the need for operators to manually correct for positional offsets during installation.
Pre-stretched high-quality chains: Chains undergo 72 hours of high-speed simulated operation to ensure superior precision and stability.
Servo pressure control system: Utilizes a servo system for precise, computer-controlled pressure regulation with an adjustment accuracy of 0.01mm.
Pneumatic clutch system: Ensures faster braking and more stable machine operation.
Torque limiter: Disengages during abnormal conditions to protect the machine from severe damage.
Indexing gearbox drive: An optimized indexing gearbox extends equipment lifespan and improves gripper bar positioning accuracy.
Pneumatic lower plate lifting: Uses pneumatic cylinders to lift the lower plate away from the moving platen, making insertion and removal easier and less strenuous.
Main drive automatic lubrication and cooling system: Combines oil-bath and drip lubrication to keep the main drive mechanism constantly lubricated, ensuring stable die-cutting pressure and extending equipment life.
Automatic chain lubrication system: Allows for programmable lubrication intervals and volumes, extending chain life and ensuring smoother operation.
Automatic cam lubrication system: Allows for programmable lubrication intervals and volumes, extending cam life and ensuring smoother operation.
Main motor: High-quality German motor (Inmunda) for superior performance stability.
Sheet drop detection: Uses photoelectric sensors to detect sheets falling into the machine interior, preventing damage to the cutting die.
Bidirectional quick-lock function: Uses a pneumatic bidirectional locking mechanism to prevent operational errors caused by improper chase locking.
Pressure stabilization function: Computer-controlled, high-precision pressure stabilization maintains consistent operating pressure, effectively extending the service life of the cutting die.
Abolished Qing-era sections
Three-way waste removal structure: Utilizes upper, middle, and lower waste removal frames to perform the waste removal function.
Center-line alignment system: Employs a center positioning system for both the upper and middle waste removal frames, enhancing setup efficiency.
Quick-mounting device: Increases the efficiency of mounting the middle waste removal frame.
Pneumatic quick-lift system for the upper waste removal frame: Uses a pneumatic cylinder mechanism for rapid raising and lowering of the upper frame, improving setup efficiency and reducing operator physical strain.
Paper delivery section
Non-stop delivery: Equipped with an auxiliary delivery mechanism to enable continuous operation without stopping the machine.
Bi-directional air blast for delivery: Uses bi-directional air blasts to ensure rapid and neat sheet alignment.
Mechanical sheet hold-down assist: Utilizes a mechanical hold-down function to facilitate efficient sheet stacking.
Photoelectric safety protection for the delivery lift: Prevents the operator's feet from being crushed by the lifting platform, ensuring enhanced safety.
Motorized delivery brush: Allows for quick adjustment of the delivery brush, reducing setup time.
Motorized auxiliary delivery: Features a motorized roller-blind style auxiliary delivery mechanism for rapid sheet catching and reduced labor intensity.
Downward suction system: Employs a downward suction device at the delivery section to ensure sheets settle flat and evenly.