LEADING-EDGE FEEDING · SEMI-STRIPPING OPTIONS
DS-1650YQS Automatic Corrugated Die Cutting Machine
The DS-1650YQS combines fully automatic platen die cutting with leading-edge feeding for corrugated board. Explore its cutting specifications and semi-stripping options for your packaging workflow.
Discuss Your Production Requirements- Maximum sheet size
- 1650 × 1200 mm
- Maximum die cutting pressure
- 400 t
- Maximum working speed
- 5,000 sheets/hour
- Corrugated board thickness
- ≤9 mm
Semi-Stripping Scope and Configuration Options
The semi-stripping options remove internal hole waste and waste along three outer sides of the sheet. The gripper-edge waste remains for subsequent handling.
This retained edge is an important point when planning your finishing workflow. Semi-stripping describes the waste-removal scope; it does not mean that the machine is semi-automatic.
Configuration Note
Plate-type and needle-type stripping are configuration options. The selected stripping arrangement and its inclusion in the machine package must be confirmed in the quotation and order specification.
Leading-Edge Feeding and Sheet Registration
The leading-edge feeder introduces corrugated sheets into the machine before registration and die cutting. The feeder design aims to limit surface scuffing during sheet handling, a useful consideration for printed corrugated material.
The transfer section uses adjustable rubber wheels and brush wheels to support sheet positioning. Front and side gauges guide the sheet into its registration position before the cutting cycle.
DS-1650YQS Technical Specifications
| Parameter | Specification |
|---|---|
| Die cutting method | Flatbed / platen |
| Maximum sheet size | 1650 × 1200 mm |
| Minimum sheet size | 650 × 520 mm |
| Maximum die cutting size | 1630 × 1180 mm |
| Maximum die cutting pressure | 400 t |
| Applicable material | Corrugated board, thickness ≤9 mm |
| Die cutting precision | ±0.25 mm |
| Maximum working speed | 5,000 sheets/hour |
| Pre-stacking height | 500 mm |
| Delivery 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 |
Specification Note
The listed maximum speed is not a guaranteed output for every job. Material suitability and working speed depend on sheet condition, surface finish, cutting layout, tooling and machine configuration. Confirm the technical acceptance requirements for the actual material and production job.
Die Cutting, Setup and Sheet Delivery
Die Cutting Structure
The machine body uses QT600-3 ductile iron. The die cutting section includes die-frame positioning, pneumatic locking and a forced lubrication system. These are relevant details to review alongside tooling access and routine maintenance arrangements.
Die Setup
Confirm the required cutting format, die frame, cutting plate and stripping tooling before ordering. The included accessories and any additional tooling should be listed in the agreed machine package.
Sheet Delivery
The delivery section includes sheet-leveling provisions and automatic lifting control for the delivery table. Review access to the collection area and how completed sheets will be transferred to the next production stage.
Job Suitability and Configuration Requirements
The DS-1650YQS is a model to evaluate when your corrugated sheets fit its listed format range and your finishing workflow calls for die cutting with semi-stripping options.
Start the review with the actual blank rather than the outside box dimensions alone. Share the cutting layout, internal openings, waste pattern and printed surface requirements so that sheet feeding, tooling and stripping can be discussed together.
Useful Information to Share
- Maximum and minimum sheet dimensions.
- Board thickness and representative material samples.
- Printed, coated or laminated surface details, where applicable.
- Cutting layout and internal waste areas.
- Target output and typical job quantities.
- Planned handling of the retained gripper edge.
Installation and Site Preparation
The listed overall dimensions are 10319 × 4765 × 2540 mm, with a machine weight of 26 t. Use these figures for an initial discussion of the machine envelope, then obtain the confirmed layout for your ordered configuration.
Installation planning should also address access for delivery and positioning, floor requirements, electrical supply, operator access, maintenance access and movement of sheet stacks. The listed machine dimensions alone do not establish the complete working space required.
Review installation and commissioning arrangements with DAIS when coordinating site preparation and the machine handover.
Manufactured by DAIS Printing Machinery
Zhejiang Dais Printing Machinery Co., Ltd. was established in 1993 in Zhejiang Province, China. Also presented as DSPM Machine, DAIS designs, develops, manufactures and supplies printing, packaging and post-press equipment.
The company has a factory area of 50,000 square meters and more than 100 sets of advanced CNC equipment supporting component processing and machinery manufacture. Its equipment has been exported to more than 50 countries and regions.
Learn more about DAIS Printing Machinery and its manufacturing background.
Support for Your Order
Pre-sales consultation, installation and commissioning, operator training, spare parts support and technical assistance can be discussed for your project. Service availability, delivery methods, costs, warranty terms and responsibilities must be confirmed in the quotation, contract and service agreement.
DS-1650YQS Frequently Asked Questions
Does semi-stripping mean semi-automatic operation?
No. The DS-1650YQS is a fully automatic leading-edge feeding die cutting machine. Semi-stripping describes the waste-removal scope.
Does semi-stripping remove the gripper-edge waste?
No. The gripper-edge waste remains for subsequent handling.
Is 5,000 sheets per hour a guaranteed production speed?
No. It is the listed maximum working speed. Actual output depends on the production job and operating conditions.
Can board thickness alone confirm material suitability?
No. Sheet format, board condition, surface finish and the cutting layout must also be reviewed.