Corrugated Board Converting
DS-1650YQF Automatic Corrugated Die Cutting Machine
The DS-1650YQF is a fully automatic flatbed die cutting machine with leading edge feeding for corrugated board. Optional full waste stripping arrangements support jobs with internal and peripheral waste removal requirements.
- Maximum sheet size: 1650 × 1200 mm
- Maximum die cutting size: 1630 × 1180 mm
- Corrugated board thickness: up to 9 mm
DS-1650YQF Technical Specifications
Review the sheet formats, cutting area, material limit, power ratings and installation data in one place.
| Specification | Value |
|---|---|
| Model | DS-1650YQF |
| Die cutting format | Flatbed |
| Maximum sheet size | 1650 × 1200 mm |
| Minimum sheet size | 650 × 520 mm |
| Maximum die cutting size | 1630 × 1180 mm |
| Material | Corrugated board, thickness ≤ 9 mm |
| Pre-stacking height | 500 mm |
| Collection stack height | 1200 mm |
| Main motor power | 18.5 kW |
| Rated power | 37.5 kW |
| Machine weight | 26 t |
| Overall dimensions | 10319 × 4765 × 2540 mm |
For other sheet formats or automation requirements, explore our die cutting machines.
Corrugated Packaging Applications
Typical jobs include corrugated carton blanks with shaped outer profiles and packaging layouts with internal openings or cutouts. The carton design defines the finished blank and the waste areas created during cutting.
See our corrugated box packaging page for the wider converting workflow and related equipment families.
Leading Edge Feeding and Sheet Registration
The leading edge feeding section uses 304 stainless steel feeding surfaces and a design intended to limit surface marking as sheets enter the machine.
The feed table combines conveyor transport with adjustable rubber and brush wheels to guide sheets towards the front and side registration positions. Photoelectric detection supports sheet monitoring during feeding. Left and right push-pull gauges provide adjustment for different print registration requirements.
Flatbed Die Cutting and Tool Setup
The machine body is specified as QT600-3 ductile iron. The die cutting unit incorporates pneumatic frame locking and a positioning system with fine adjustment for tool setup.
A tool-template turning device provides access during setup, while forced lubrication and an oil-air cooling system support the mechanical assembly.
Optional Full Waste Stripping Configurations
Two optional full waste stripping arrangements are described for this model. Their shared stripping function covers internal openings, waste around all four sides and the gripper edge. A conveyor belt carries removed gripper-edge waste out of the machine.
Plate-Type Stripping
Optional
The plate-type arrangement uses a central positioning system to align the stripping tooling during setup.
Needle-Type Stripping
Optional
The needle-type arrangement uses upper, middle and lower frames. The upper and lower frames can be pulled out for frame installation and stripping-needle replacement.
The selected arrangement and included stripping tooling should be specified in the quotation.
Sheet Delivery and Collection
The receiving section combines sheet alignment, photoelectric monitoring and automatic lifting control for the collection table. Two-way air blowing assists sheet collection and pile alignment.
Confirm the collection method and any non-stop collection functions as part of the agreed machine configuration.
Installation Planning and Workshop Layout
Use the installation drawing for the quoted configuration to plan the machine position and access for feeding, delivery, tooling changes and maintenance.
Confirm electrical, compressed-air and foundation requirements before preparing the site. The drawing used for planning should match the equipment included in the order.
Manufactured by DAIS Printing Machinery
Zhejiang Dais Printing Machinery Co., Ltd. was established in 1993 and is based in Lishui Economic Development Zone, Zhejiang Province, China.
The company operates a 50,000-square-meter factory and has more than 100 sets of advanced CNC equipment. Manufacturing resources include five-face gantry machining centers, high-precision vertical machining centers and robotic plasma cutting machines.
DAIS designs, develops, manufactures and sells printing, packaging and post-press equipment. Its products are exported to more than 50 countries and regions.
Learn more about DAIS and its manufacturing background.
DS-1650YQF FAQ
What is the difference between sheet size and die cutting size?
Sheet size refers to the incoming board format. Die cutting size refers to the area available for the cutting layout. A sheet that fits the feeding range still needs a carton layout that fits within the specified cutting area.
Is board thickness alone enough to confirm suitability?
No. Suitability also depends on sheet dimensions, board condition, printed surfaces and the carton layout. A sample review or production trial helps assess feeding, registration and cutting for the intended job.
How should the stripping configuration be selected?
Selection should follow the positions of waste, the size and layout of internal openings, and the tooling setup required by the job. A technical review of the intended carton design provides a basis for comparing the arrangements.
Do the overall dimensions define the required workshop space?
They describe the machine envelope. The workshop layout also depends on how incoming sheets and finished piles move around the equipment and how operators reach each working area. Confirm the layout for your handling methods and site conditions.
How are installation, training and after-sales arrangements agreed?
Check the quoted support scope and responsibilities before confirming the order. The agreement should identify included and chargeable services, engineer travel arrangements and warranty conditions, so the delivery and operating arrangements are clear.