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White Plotter Paper vs Glazed Coated Brown Paper in Garment CAD Plotter Machines

  • Writer: SATVA BY JR
    SATVA BY JR
  • Jun 23
  • 2 min read
"White Plotter Paper vs Glazed Coated Brown Paper in Garment CAD Plotter Machines"

When it comes to garment CAD plotter machines, choosing the right plotter paper is crucial for precision, efficiency, and quality in pattern making. Both white plotter paper and glazed coated brown paper have distinct advantages that cater to different professional needs in garment manufacturing.


White Plotter Paper for Garment CAD Plotter

  • High Clarity and Crisp Linework: White plotter paper offers excellent clarity, making lines and patterns highly visible and easy to interpret, which is essential for detailed garment design and cutting accuracy.

  • Lightweight and Smooth Feeding: Typically around 60 GSM, white plotter paper is lightweight, enabling jam-free, smooth feeding through CAD plotter machines. This reduces downtime and increases workflow efficiency.

  • Uniform Surface for Precision: The uniform and smooth surface of white plotter paper is ideal for scaling, cutting, and drafting, ensuring that patterns are printed with consistent quality and sharpness.

  • Eco-Friendly and Sustainable: Many white plotter papers are made from wood-free offset paper, making them environmentally friendly options for sustainable garment production.

  • Cost-Effective: White plotter paper balances quality and cost, providing an economical solution without compromising on durability or print quality, which is beneficial for large-scale manufacturing.

  • Good Ink Absorption and Water Resistance: White plotter paper can absorb ink uniformly, resulting in clear, smudge-proof lines that enhance the precision of garment patterns.


Glazed Coated Brown Paper


  • High Durability and Tear Resistance: The glazed and coated surface of brown paper enhances its strength and tear resistance, making it highly durable for repeated handling during pattern making and cutting.

  • Smooth, Sturdy Surface for Precision: The coating provides a smooth finish that supports clean and precise pattern printing, essential for professional garment design and production.

  • Suitable for Larger Patterns: Available in wider rolls (e.g., 48" to 62"), glazed coated brown paper accommodates larger garment patterns, facilitating efficient layout and cutting.

  • Waterproof and Moisture Resistant Packaging: Often packaged with multi-layer waterproof materials, brown paper rolls maintain quality and resist moisture, ensuring consistent performance in various working conditions.

  • Trusted Quality for Professional Use: Export-quality brown paper is widely trusted in garment factories and design studios for its consistent performance and reliability in CAD plotter machines.

  • Recycled Content with High Brightness: Made from Indian recycled wood pulp with high brightness (up to 95%), it offers an eco-conscious choice while maintaining excellent print quality.


Summary Table :

Feature

White Plotter Paper

Glazed Coated Brown Paper

Clarity and Line Visibility

Excellent crisp and clear linework

Smooth, precise printing surface

Weight and Handling

Lightweight, jam-free feeding

Durable, tear-resistant

Surface Quality

Uniform, smooth for scaling and cutting

Glazed, coated for sturdiness

Environmental Aspect

Wood-free, eco-friendly, Waterproof packaging

Made from recycled pulp, waterproof packaging

Size Availability

Multiple widths, customizable lengths

Wide rolls suitable for large patterns

Durability

Single time use

High durability for repeated use

Cost Efficiency

Cost-effective for large-scale use

Trusted export quality for professional use


Choosing between white plotter paper and glazed coated brown paper depends on the specific needs of the garment CAD plotter workflow. White plotter paper excels in clarity, smooth operation, and cost-effectiveness, while glazed coated brown paper offers superior durability, sturdiness, and suitability for larger patterns. Both types enhance precision and efficiency in garment manufacturing, contributing to higher quality final products.

 
 
 

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