1060 mm Automatic Flatbed Die Cutting with Waste Stripping
D1060SQ Automatic Die Cutting & Stripping Machine
Designed for automatic flatbed die cutting and waste stripping of paperboard and corrugated sheets, the DAIS D1060SQ combines precise sheet feeding, high-pressure die cutting, stripping, and controlled delivery in one production platform.
With a maximum sheet size of 1060 × 770 mm, die-cutting pressure up to 300 tons, precision of ±0.1 mm, and production speeds up to 7,000 sheets per hour, the D1060SQ is engineered for packaging plants that require stable, repeatable die-cutting performance.
- 7,000 sheets/h
- Maximum Working Speed
- 300 T
- Maximum Die-Cutting Pressure
- ±0.1 mm
- Die-Cutting Precision
- 1060 × 770 mm
- Maximum Sheet Size
D1060SQ
Product Overview & Applications
Automatic Die Cutting with Integrated Waste-Stripping Capability
The D1060SQ is an automatic flatbed die-cutting machine developed for sheet-fed production where accurate die cutting and efficient waste removal are required within the same production workflow.
The machine handles sheets up to 1060 × 770 mm and provides a maximum die-cutting area of 1050 × 760 mm. It is designed for white board from 100 g/m² and corrugated paper with a thickness of up to 4 mm.
Automatic feeding, sheet positioning, high-pressure die cutting, waste stripping and controlled paper delivery work together to reduce manual handling between production stages and support more consistent output.
Suitable Materials
Production Focus
The D1060SQ is intended for sheet-fed die-cutting operations where manufacturers need:
- Automatic paper feeding
- Accurate sheet registration
- High-pressure flatbed die cutting
- Waste stripping after die cutting
- Controlled paper collection
- Repeatable production at industrial speeds
Feeding & Registration
Stable Sheet Feeding from Feeder to Front and Side Gauges
Reliable die cutting begins before the sheet reaches the cutting station. The D1060SQ uses an automatic feeding and registration system designed to maintain stable sheet transport while allowing operators to adjust feeding conditions for different paper characteristics.
High-Speed Feeder
Paper Feed Stand
Front / Side Gauge
High-Speed Feeder
The feeder uses servo control so the suction angle and suction height can be adjusted according to sheet condition and deformation.
The feeding system includes:
- Precision feeder head manufactured from special aluminum alloy
- Servo-controlled feeder adjustment
- Adjustable suction angle and height
- Main and auxiliary feeding switching without stopping production
- Dual feeder-head collision detection
- Anti-misoperation paper-following protection
- Shingled sheet feeding for smooth transport
- Fine adjustment of the feeding table
Controlled Sheet Transport
After feeding, sheets are transferred through the paper feeding section using a controlled transport system.
Key features include:
- Paper feeding speed control
- Photoelectric double-sheet detection
- Paper conveyor belts
- Wear-resistant polyurethane transport wheels
- Adjustable rubber wheels
- Adjustable brush wheels
These components help keep sheets stable before they enter the registration area.
Front and Side Registration
The D1060SQ uses front and side positioning mechanisms to align each sheet before die cutting.
Left and right push-pull side gauges allow the feeding system to accommodate different registration requirements, while the sheet-pressing structure helps maintain reliable positioning before the sheet enters the die-cutting section.
Die-Cutting Unit
Built for Repeated High-Pressure Die Cutting
The die-cutting section is the mechanical core of the D1060SQ. Pressure-bearing components use high-strength QT600-3 ductile iron, while the transmission and positioning systems are designed to maintain stable movement under repeated industrial production cycles.
Provides the force required for demanding flatbed die-cutting operations.
QT600-3 Pressure-Bearing Structure
High-strength ductile iron is used for major pressure-bearing components.
240° Intermittent Mechanism
A high-precision intermittent drive coordinates sheet movement through the die-cutting cycle.
Pneumatic Locking Device
Designed to make plate locking faster and safer during production setup.
Intermediate Plate Positioning
The die-cutting plate frame uses an intermediate positioning system with a fine-adjustment mechanism.
Lubrication System
A forced oil-supply system supports lubrication of major moving components during operation.
Oil-Air Cooling
The machine is configured with an oil-air cooling system to assist thermal management during continuous production.
Automatic Delivery
Controlled Sheet Collection at the End of the Production Cycle
After die cutting and stripping, the D1060SQ transfers finished sheets into the receiving section.
The delivery system is designed to keep paper collection orderly while giving operators better control over the final stage of the process.
Delivery Features
- Automatic paper-leveling device
- Two-way air-blowing support
- Support for thick and thin sheet collection
- Photoelectric paper receiving control
- Automatic lifting control of the paper receiving table
- Manual paper collection capability
- Main chain protection
- Anti-return paper device
- Non-stop operating support
The receiving section helps maintain an organized stack and reduces unnecessary manual intervention during continuous production.
Electrical Control & Operator Interface
Centralized Machine Control for Production Monitoring
The D1060SQ combines PLC control, operator interfaces, sensors and electrical protection components to coordinate the feeding, die-cutting, stripping and delivery sections.
Machine Status and Production Control from One Interface
A large human-machine interface allows operators to monitor machine status and production conditions from a centralized control point.
Control and Monitoring Features
- 15-inch human-machine interface
- 7-inch secondary computer display
- Real-time production monitoring
- PLC-based machine control
- Photoelectric detection
- Encoder feedback
- Servo control
- Automatic voltage regulation
- Circuit protection
- Limit-switch monitoring
The electrical system brings the major production functions together so operators can supervise the entire machine from a coordinated control platform.
Construction & Components
Mechanical Structure Designed for Long-Term Industrial Production
The D1060SQ combines a heavy-duty machine body with selected mechanical, pneumatic and electrical components.
Heavy-Duty Structural Materials
The machine body uses QT600-3 ductile iron, while the framework specification in the supplied configuration lists 7 mm manganese steel plate.
These structural components support machine rigidity during repeated high-pressure operation.
Selected Configuration
The supplied configuration identifies the following mechanical, pneumatic and electrical components.
| Component | Listed Configuration / Brand |
|---|---|
| Pneumatic Clutch | Tanchen, Kunshan |
| PLC | Jun Chuang |
| HMI | Fanyi / Kunlun |
| Push Buttons | Schneider |
| Photoelectric Sensor | Meiji |
| Servo Motor | 0.4 kW |
| Transport Chains | TYC, Taiwan |
| Feeder Head | Xichang, Shanghai |
| Encoder | Omron, Japan |
| Worm & Gear | Zhiyuan |
| Vacuum Pump | BeiKe |
| Circuit Breaker | Delixi |
| Torque Limiter | MiShenJin |
| Intermittent Separator | Taiwan |
| Bearings | NSK, Japan |
| Electric Lubrication Pump | Tong Zheng |
| Body Material | QT600-3 ductile iron |
Configuration Update Policy
As stated in the supplied technical documentation, purchased components may be replaced during equipment upgrades with equivalent-brand components of at least the same quality level.
Final component brands and specifications should therefore be confirmed in the technical agreement or sales contract for each order.
Standard Accessories
Equipment Supplied for Setup, Die Cutting and Waste Stripping
The D1060SQ is supplied with machine accessories used for normal setup, die-cutting plate preparation and stripping adjustment.
Die-Cutting Equipment
- Die-cutting steel plate 1 set installed
- Die-cutting frames 2 sets
- Paper gripper row 1 set
- Gripper teeth tablets 10 pcs
Stripping Accessories
- Manual waste-cleaning machine 1 set
- Stripping needles Ø9 30 pcs
- Stripping needles Ø5 30 pcs
- Stripping needles Ø3 30 pcs
- Lower stripping needles Ø3 × 103 20 pcs
- Lower stripping needles Ø5 × 103 20 pcs
- Short movable beams 4 pcs
- Long movable beams 4 pcs
- Medium movable beams 4 pcs
- Short-to-medium movable beams 4 pcs
- Long fixed seats 30 pcs
- Extended fixed seats 20 pcs
- Clamping blocks 60 pcs
Additional Accessories
- Labeling machine 1 set
- Furry wheels 2 pcs
- Rubber paper-pressing wheels 2 pcs
- Toolbox 1 set
One die-cutting frame is installed on the machine and the additional frame is packed separately.
Final accessory quantities should be checked against the order contract before shipment.
Installation & Floor Planning
Plan the Production Area Before the Machine Arrives
A dedicated D1060SQ installation drawing is available to support factory layout planning before delivery.
The D1060SQ is a large industrial machine with an overall size of approximately 7849 × 4147 × 2182 mm and a machine weight of approximately 20 tons.
When planning the installation area, buyers should review the machine footprint, operating access and surrounding production space together with the final installation drawing supplied for the ordered machine.
Manufacturing Quality & Patented Engineering
Engineering Experience Behind the D1060SQ
DAIS develops and manufactures printing and post-press machinery with in-house machining and production capabilities supporting the manufacture of large industrial equipment.
Die-Cutting Engineering Supported by Technical Development
The company's technical documentation includes multiple patents related to die-cutting machine feeding, safety mechanisms, supporting structures and paper-handling systems.
- Feeding unit of die cutting machine
- Supporting rotating disc of die-cutting machine
- Pumping plate bracket device of die cutting machine
- Three-phase travel limiting combination device of die cutting machine
- Safety hydraulic mechanism designs
Rather than relying only on assembled purchased components, DAIS combines mechanical engineering, machining, assembly and machine testing within its manufacturing process. This supports greater control over the structure, fit and production performance of each machine before delivery.
Installation & After-Sales Support
Support Beyond Machine Delivery
Purchasing a large die-cutting machine involves more than selecting the equipment itself. Installation, commissioning, operator use, spare parts and long-term maintenance all affect production after delivery.
The supplied D1060SQ technical document states a 12-month service period following completion of installation and commissioning, subject to correct operation and maintenance conditions.
Warranty Support
Parts damaged by non-human factors during the applicable warranty period are covered according to the agreed warranty terms.
Damage resulting from improper operation, consumable wear or operator misuse is excluded.
Spare Parts
Replacement parts remain available after the warranty period, with pricing and supply terms confirmed according to the required component.
Overseas Engineer Service
For overseas projects, engineer-related travel and service costs are handled according to the terms agreed with the buyer.
Long-Term Maintenance
DAIS provides continued maintenance and spare-parts support beyond the initial warranty period.
Final warranty, engineer service and spare-parts terms are confirmed in the sales contract for each order.
D1060SQ FAQ
Frequently Asked Questions
01 What is the maximum sheet size of the D1060SQ?
The maximum paper size is 1060 × 770 mm, while the maximum die-cutting size is 1050 × 760 mm.
02 What materials can the D1060SQ process?
According to the technical specification, the machine is suitable for white board from 100 g/m² and corrugated paper with a thickness of up to 4 mm.
03 What is the maximum die-cutting pressure?
The D1060SQ provides a maximum working pressure of 300 tons.
04 What is the die-cutting precision?
The specified die-cutting precision is ±0.1 mm.
05 How fast can the D1060SQ operate?
The main technical parameter table specifies a maximum working speed of 7,000 sheets per hour and a maximum stripping speed of 6,500 sheets per hour.
06 Can the machine perform full and semi stripping?
The supplied stripping-system documentation states that the stripping section can switch between full-removal and semi-removal modes through the machine controls.
07 How large is the D1060SQ?
The machine measures approximately 7849 × 4147 × 2182 mm and weighs approximately 20 tons.
08 Can DAIS provide an installation drawing before delivery?
Yes. A dedicated D1060SQ installation drawing is available for factory layout and installation planning.
09 Does DAIS support overseas shipment and after-sales service?
DAIS supplies machinery to international customers and supports export dispatch. Overseas engineer service, installation assistance and related costs are handled according to the terms confirmed in the sales contract.
Request a D1060SQ Quotation
Tell Us What You Need to Die Cut
Machine selection should be based on the actual sheet material, sheet size, thickness, stripping requirements and production target.
Send DAIS your production information and our team can review whether the D1060SQ is suitable for your application.
Please Include
- Material type
- Maximum sheet size
- Paper or board thickness
- Product or die-cutting requirements
- Waste-stripping requirements
- Expected production speed
- Destination country