DN-PJ108 sheet feeder is an automatic feeding device for automated sheet processing, mainly used to solve the efficiency and consistency issues of manual sheet-by-sheet picking, alignment, and feeding into the cutting machine from stacked sheets. The equipment uses an automatic pick-and-place mechanism to separate sheets one by one from the top of the stack and feeds them steadily into the downstream cutting station at a stable cycle, working with the cutting machine to achieve continuous automated sheet processing, reducing manual intervention and downtime, and improving overall line utilization and feeding consistency.
Core Features
- Sheet-by-sheet separation feeding: Uses an automatic pick-and-place and sheet-separation structure to pick sheets one by one from the top of the stack, reducing the risk of double picks and missed picks and ensuring stable feeding cycle.
- Linked with cutting machine: Can continuously feed according to the processing cycle of downstream cutting equipment, supports signal integration with the cutting machine, and forms a continuous workflow of picking—feeding—cutting.
- Stacked material bin design: The bin capacity meets the needs of batch stacked feeding, reducing frequent replenishment and making it suitable for medium-batch continuous production scenarios.
- Alignment and adaptability adjustment: The pick-and-place and feeding mechanisms can be adjusted according to sheet size and thickness, ensuring stable feeding for sheets of different specifications.
- Compact structure and easy operation: The overall layout is compact, facilitating production line integration and on-site operation and maintenance, and reducing manual feeding intensity.
Applicable Materials and Industries
Suitable for automatic feeding of various stacked sheets, including plastic sheets, acrylic sheets, cardboard and composite sheets, some thin metal sheets, and other flat sheets with a certain rigidity; not suitable for materials that are easy to curl, ultra-thin and soft, or highly sticky on the surface. Typical application industries include advertising signage and display products, packaging and printing, plastic product processing, electronic auxiliary material cutting, and general industrial sheet cutting, and it can be used with laser cutting machines, CNC cutting machines, cutting equipment, etc.
Selection and Matching Suggestions
When selecting a model, it is recommended to focus on confirming the maximum and minimum sheet dimensions, thickness range, single-sheet weight, stacking height, and surface characteristics (whether prone to suction or scratching), and to determine the magazine specifications, pickup method, and feeding stroke accordingly; at the same time, the infeed height, interface signals, and production takt of the downstream cutting machine should be clearly defined to ensure the loader matches the cutting equipment. For mixed production with multiple specifications, it is recommended to choose a configuration with a wide adjustment range and convenient changeover; for surface-sensitive sheets, attention can be paid to the contact method and protective design at the pickup end. It is recommended to confirm the specific configuration and capacity performance in combination with actual material samples.
