- Corrugated board
- Honeycomb board
- Foam board
- Packaging prototypes
Packaging Material Digital Cutting System
Convert packaging sheets, boards and cushioning materials from CAD patterns.
A die-free digital converting system for corrugated board, honeycomb board, foam board and packaging prototypes requiring cutting, creasing and optional V-grooving.
Sales reference: This ZKZR code is an export-inquiry reference, not a manufacturer model number. The listed USD price is a baseline export reference for the described application configuration and excludes freight, duties, destination installation and application-specific options. The manufacturer, machine model and final technical scope are identified in the formal quotation.

Authorized equipment photograph. Cutting tools, working area and final configuration are confirmed in the quotation.
Material context for this cutting workflow.
The application photograph shows a typical material or finished-use context. Material handling, tools and machine configuration are selected for the actual requirement.

Workflow and key features
CAD packaging designs are nested and processed on a vacuum table with tools selected for through-cutting, kiss-cutting, creasing or V-grooving. The configuration supports prototype development, sample making and flexible short-run packaging production.
- Cutting and creasing from CAD files without a physical die
- Tool combinations for corrugated, honeycomb, foam and coated board
- Optional V-grooving for folded structures and display components
- Camera registration available for printed package samples
- Digital nesting supports mixed prototypes and short-run production
- Board thickness, flute direction and fold quality reviewed by sample test
Reference configuration
Published items describe the intended workflow and selectable configuration, not a fixed universal machine. Working area, tools, speed, cutting thickness, accuracy, total power, vacuum system, compressed-air demand, software and safety scope are confirmed after a material test and application review.
- Cutting process
- Die-free mechanical cold cutting from digital patterns
- Recommended tool set
- Oscillating knife plus creasing wheel; V-cut, kiss-cut, drag-knife, marking and routing options
- Material handling
- Fixed flatbed for sheets; conveyor or extended table available for continuous or oversized board
- Material hold-down
- Zoned vacuum adsorption selected for material porosity and usable width
- Positioning and recognition
- Digital registration with optional camera recognition for printed packaging and contour work
- Digital workflow
- CAD/CAM pattern import, path planning and nesting; supported file formats confirmed with the selected controller
- Working area
- Selected to the usable sheet or roll width and maximum part dimensions
- Performance release
- Cutting speed, thickness and accuracy confirmed by sample, geometry and selected tool
- Destination utilities
- Electrical supply, vacuum capacity and compressed-air demand confirmed for the selected tool set and destination
Test-method referencesReviewed for the selected applicationConfirm on request +
The public source material does not identify a reliable model-specific method list. Send the required method or acceptance procedure and we will confirm compatibility, fixtures, software and supplied verification documents before quotation.
- Material type, thickness and roll or sheet format
- Required working area and feeding method
- Cut geometry, file format and nesting workflow
- Destination utilities, throughput target and collection method
The quoted configuration remains the controlling specification.
Published items describe the intended workflow and selectable configuration, not a fixed universal machine. Working area, tools, speed, cutting thickness, accuracy, total power, vacuum system, compressed-air demand, software and safety scope are confirmed after a material test and application review. Delivery scope, warranty, lead time, calibration evidence and overseas service are stated in the formal offer.