NovaStar, SD-600, Semi-Automatic Production Line for Round Cotton Pads, 240mm Web Width, 960 pads/min (New)

Description

  1. Overview
    1. Purpose: This machine can produce facial cotton pads in various shapes. For each different shape or size, a separate tool is needed.
    2. Manufacturing process: Unwinding – embossing – counting – punching (cutting) – stacking – packing (winder for waste).
  2. Material
    1. Hydro-entangled cotton nonwoven in 240 mm wide at a weight of 190 to 250 gsm.
    2. Made of 100% absorbent cotton, 100% rayon, or any desired combination of cotton and rayon.
  3. Embossing Roller (Option)
    1. This additional unit enables you to emboss cotton webs with any desired design.
    2. Embossing improves the stability of the product and makes it look more attractive.
  4. Die-Cut for Different Shapes
    1. Round: 50 mm diameter (4 cavity).
    2. Oval: 70 x 90 mm (3 cavity).
    3. Square: 75 mm x 75 mm (3 cavity).
    4. Rectangular: 110 mm x 90 mm (2 cavity).
  5. Marking Device for Counting
    1. The model is equipped with a specially designed counting system which, upon reaching the pre-selected number of pieces, inserts the paper onto the last cotton pad.
    2. The marking paper is only visible under black light.
    3. The marking paper shall be separated by manual so cotton pads will not contain any fluorescent materials.
  6. Electric Control
    1. Human machine interface system (HMI).
    2. It allows the operator to find an error easily through touch screen.
  7. Power Consumption and Compressed Air
    1. Power consumption: 17.5 kW/hour.
    2. Compressed air: 6 bar.
  8. Production Capacity
    1. Production speed: 240 strokes/minute at maximum.
    2. Cutting: 4 cuts/stroke for 57 mm diameter of pads.
    3. Output: Up to 960 round cotton pads per minute.
  9. Packing
    1. The product is stacked in channels and is simultaneously counted electronically.
    2. The desired number per package can be preset by an electronic counter.
    3. From the channels, the product is filled by an operator into the package, i.e. into polyethylene bags.