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JU 14048

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JU 14048

Collar (Knitting) Machine

The JU 14048 is a computerized collar knitting machine designed for high-speed production of garment collars, cuffs, waistbands, and knitted accessories. It is widely used in sweater, polo shirt, sportswear, and knitwear manufacturing for producing high-quality rib and jacquard collar patterns.

Modern collar knitting machines commonly feature computerized pattern control, servo motor drive systems, and automatic needle selection technology for precise and efficient knitting production.

Main Features

  • Computerized collar knitting system
  • High-speed knitting performance
  • Servo motor carriage control
  • Electronic needle selection system
  • Suitable for rib and jacquard collar knitting
  • Stable yarn feeding mechanism
  • LCD / touchscreen operation interface
  • Low noise and smooth operation
  • High knitting precision and consistency
  • Energy-saving machine design

 

Advantages

  • High production efficiency
  • Supports complex collar and cuff patterns
  • Smooth and stable knitting quality
  • Easy computerized pattern editing
  • Suitable for continuous industrial production
  • Professional knitwear finishing results
  • Reliable and durable machine structure

Applications

Suitable for:

  • Polo shirt collars
  • Sweater collars
  • Cuffs
  • Waistbands
  • Knitwear accessories
  • Sportswear
  • School uniforms
  • Fashion knitwear products

Typical Technical Specifications

  • Machine Type: Computerized Collar Knitting Machine
  • Knitting Width: Approx. 48-inch class
  • Gauge Options: 7G / 12G / 14G / 16G / 18G
  • Knitting System: Single system or double carriage configuration
  • Knitting Speed: Approx. 1.2–1.5 m/s
  • Control System: Computerized electronic control
  • Drive System: Servo motor system

Summary

The JU 14048 is a computerized collar knitting machine designed for efficient and precise production of collars, cuffs, and knitted garment accessories with stable high-speed knitting performance and advanced electronic control technology.

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