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SKH-9 180*75*8.5Mm Paper Cutting Machine Blade HRC 58-62 For Plastic Film Sheets

Categories Paper Cutting Blade
Brand Name: Seton
Model Number: SKH-9
Certification: CE ISO
Place of Origin: China
MOQ: MOQ 10 Pieces
Price: Can be discussed
Payment Terms: L/C, D/A, D/P, T/T, Western Union, MoneyGram
Supply Ability: 500 Piece/Pieces per Day
Delivery Time: 30 days
Packaging Details: 1pc/wrapper, 100pcs/box, 100boxes/ctn,Wooden and carbon boxes
Product name: Paper Cutting Machine Blade
Material: SKH-9
Length: 180mm
Width: 75mm
Thickness: 8.5mm
Precision: ±0.05mm
Hardness: HRC 58-62
Application: Paper cutting
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SKH-9 180*75*8.5Mm Paper Cutting Machine Blade HRC 58-62 For Plastic Film Sheets

SKH-9 180*75*8.5Mm Paper Cutting Machine Blade For Plastic Film Sheets


Description:


In the automotive manufacturing industry, there is an important tradeoff between the precision and efficiency requirements for paper cutting blades:


1,Precision Requirements:

  • Automotive interior components like seats, door panels, and dashboards require a certain level of precision in cutting the fabrics, leather, and other trim materials.
  • Inaccurate cutting can lead to visible defects, improper fit, and quality issues in the final assembled vehicle.
  • However, the precision tolerances are not as stringent as in industries like electronics or aerospace, which have zero-defect requirements.

2,Efficiency Requirements:

  • Automotive manufacturing operates on high production volumes, so cutting speed and throughput efficiency are crucial.
  • Automakers need paper cutting blades that can maintain high cutting speeds to keep up with the pace of their assembly lines.
  • Downtime for blade maintenance or replacement needs to be minimized, as it can disrupt the entire production flow.

3,Tradeoffs and Optimization:

  • Manufacturers have to balance the need for precision with the demand for high efficiency.
  • Extremely precise blades may sacrifice some cutting speed, which can impact productivity.
  • On the other hand, blades optimized solely for speed may not provide the necessary level of cutting accuracy.
  • The goal is to find an optimal middle ground that meets both the precision and efficiency targets for automotive interior components.

4,Strategies for Optimization:

  • Use high-quality blade materials that can retain sharpness for longer periods without compromising precision.
  • Implement advanced blade geometries and coatings that enhance both cutting accuracy and speed.
  • Integrate the cutting process with automation and smart monitoring systems to maximize uptime and throughput.
  • Develop routine blade maintenance and replacement protocols to maintain the desired performance levels.

Paper Cutting Blade Specifications:


Product namePaper Cutting Machine Blade
MaterialSKH-9
Length180mm
Width75mm
Thickness8.5mm
Precision±0.05mm
HardnessHRC 58-62
ApplicationPaper cutting

The cutting techniques can vary quite a bit depending on the type of paper material being cut:


1,Cardstock:

  • Cardstock is relatively thick and rigid, requiring more force to cut through.
  • Using a sharp, straight-edge blade and applying steady, firm pressure is important to achieve clean, straight cuts.
  • Cutting cardstock may require multiple passes or scoring the material first to help guide the blade.
  • Maintaining blade sharpness is crucial, as dull blades can tear or fray the edges of cardstock.

2,Tissue Paper:

  • Tissue paper is very thin and delicate, requiring a light touch and precise control.
  • Using a sharp, fine-tipped blade and gently guiding it through the material is key to prevent tearing.
  • Cutting tissue paper in a continuous, fluid motion helps avoid jagged edges.
  • Applying minimal pressure and using a sawing motion can also help achieve smooth, clean cuts.

3,Fabric:

  • Fabric, especially woven materials, can be more challenging to cut cleanly and precisely.
  • A sharp, fine-toothed blade helps prevent the fabric from shifting or fraying during the cut.
  • Stabilizing the fabric with a cutting mat or backing can improve the cutting accuracy.
  • Using a gentle, back-and-forth cutting motion, rather than a single straight pass, can help navigate the fabric's texture.
  • Cutting along the grain or weft direction of the fabric can also improve the overall cut quality.

4,Other Materials:

  • For thin, flexible materials like foils or films, a sharp blade and a steady, controlled cutting motion are essential to avoid tearing or distortion.
  • For thick, rigid materials like foam or plastic sheets, using a saw-like motion and applying more force may be necessary to cleanly cut through the material.

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