Label Slitting and Rotary Die Cutting Machine for Self Adhesive Labels Stickers Paper Iml Label Die Cutting Device with Slitting Price

• After-sales Service: Online
• Warranty: 1 Year
• Application: Machinery&Hardware
• Type: Rotary Label Die Cutting Machine
• Work Method: Round Knife Cutting
• Structure: Cutting Part
• Packaging: Film
• Classification: Rotary Die Cutting
• Applicable Process: Process Materials
• Suitable Substrates: Adhesive Labels
• Packaging Material: Stretch Film or Wooden
• Transport Package: PE Stretch Film and Wood Pallets
• Specification: Customizable
• Trademark: OSUN
• Origin: Qingdao China
• HS Code: 8443160090
• Production Capacity: 100 Sets/Year
• Package Size: 2000.00cm * 1500.00cm * 1800.00cm
• Package Gross Weight: 1500.000kg

Product Description

Model	JQ-320D
Slitting speed	100m/min
Max.Web width	320mm
Max.Unwinding diameter	700mm
Max.Rewinding diameter for big roll	600mm
Max.Rewinding diameter for small roll	200mm
Max.Waste rewinding diameter	700mm
Dimen sions	1800mm*1100mm*1800mm (L*W*H)
Main motor	3KW
Voltage	380V,3 phase
Min.Cutting width	15mm
Machine weight	About 1200kgs

 

 

1. What is a slitting machine, and what is its primary function?
A slitting machine, often called a slitter or a slitter rewinder, is an industrial machine used to convert large rolls of material into narrower, smaller rolls. Its primary function is to make a single wide roll of material (like plastic film, paper, foil, non-wovens, or textiles) into multiple narrower rolls to meet specific customer or production requirements.
2. What are the main types of slitting methods?
The two most common slitting methods are:

• Razor Slitting: Uses a sharp, stationary razor blade to press against and score the material on a rubber-covered roll. Ideal for thin, lightweight, and brittle materials like tissue paper and certain films.
• Shear Slitting: Uses two matched, rotating circular blades (a top "male" blade and a bottom "female" anvil roll) that scissor the material. This is the preferred method for thicker, more robust materials like heavy plastics, laminates, and metals as it provides a clean, burr-free edge.

3. What materials can be processed on a slitting machine?
Slitters are highly versatile and can handle a vast range of materials, including:

• Plastic films (PP, PET, PE, OPP, etc.)
• Paper and cardboard
• Non-woven fabrics (e.g., for medical or hygiene products)
• Foils (aluminum, copper)
• Label stocks and adhesive tapes
• Textiles and composites
• Thin metals (shims, foils)

4. What are the key factors to consider when choosing a slitting machine?
Key selection criteria include:

• Material Type: Determines the required slitting method (razor vs. shear).
• Max Web Width & Roll Diameter: The machine's physical capacity.
• Tension Control: The precision needed to handle delicate materials without stretching or breaking.
• Production Speed: Required output in meters per minute (MPM) or feet per minute (FPM).
• Automation Level: Manual, semi-automatic, or fully automatic for core loading, unloading, and web guiding.

5. Why is tension control so critical in the slitting process?
Precise tension control is paramount. Too much tension can stretch, deform, or even break the material. Too little tension can cause loose rolls, telescoping (layers shifting), and poor quality. Modern slitters use digitally-controlled brakes, clutches, and dancers to maintain consistent tension from unwind to rewind.
6. What is the difference between a center-surface rewinder and a center rewinder?

• Center Rewind: The new rolls are driven only by their core shafts. This is simple but can lead to slippage between layers on slippery materials, causing loose rolls.
• Center-Surface Rewind: A large drum drives the outside of the rolls being wound. This applies uniform pressure and torque, creating much tighter, harder rolls with better integrity. It's essential for many modern materials.

7. What are some common problems encountered during slitting?
Common issues include:

• Telescoping: Layers of the roll shifting sideways.
• Starring/Corrugating: Wrinkles or ridges on the edge of the roll, often due to tension issues.
• Burrs/Rough Edges: Dull blades or incorrect blade settings (in shear slitting).
• Web Breaks: Material tearing, often caused by excessive tension or material defects.
• Poor Slit Width Accuracy: Can be caused by blade holder drift or misalignment.

8. How often should the slitting blades be maintained or replaced?
Blade maintenance is critical for quality. The frequency depends entirely on the material being slit. Abrasive materials (like certain coated papers or composites) will dull blades much faster than non-abrasive plastic films. Blades should be inspected regularly for nicks and dullness and sharpened or replaced as needed to ensure a clean cut.
9. Can a slitting machine be integrated into an existing production line?
Yes, absolutely. Slitting machines are often installed as a downstream converting process in-line with other equipment like printing presses, coaters, or extruders. They can also be used as a stand-alone (off-line) machine for dedicated converting operations.
10. What safety features are essential on a modern slitting machine?
Safety is non-negotiable. Key features include:

• Physical Guards: Enclosing all nip points, blades, and rotating parts.
• Emergency Stop Buttons: Located at multiple, easily accessible points on the machine.
• Lockout/Tagout (LOTO) Procedures: To safely perform maintenance and prevent accidental startup.
• Light Curtains or Area Scanners: To automatically stop the machine if an operator enters a dangerous area.
• Automatic Blade Positioning Systems: To minimize manual blade handling.