Single Jersey Open-End Knitting Machines

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Single Jersey Open-End Knitting Machines Specification

Knitting Method
Open-End Single Jersey

Speed
20-35 RPM

Dimension (L*W*H)
2100 x 2200 x 2300 mm

Function
Circular KnittingProduce Single Jersey Fabrics

System Support
Centralized Oiling System

Control System
PLC & Electronic Display

Condition
New

Weight
2200 kg

Needle
High-Speed Steel Needle

Stitch Density
Electronically Adjustable

Color
Blue-Grey

Product Type
Knitting Machine

Gauge
14G - 28G

Knitted Type
Single Jersey

Drive Type
Servo Motor

Application
Textile & Garments Industry

Lead Time
30 Days

Power
5.5 kW

About Single Jersey Open-End Knitting Machines

Single Jersey Open-End Knitting Machines are widely utilized in textile industries for knitting various kinds of fabrics with great precision. They are compatible with cotton, synthetic wool, blended fabrics, and silk. These machines are known to have software based operation which gives flexibility of creating numerous patterns in multiple colors. Single Jersey Open-End Knitting Machines have circular structure and are equipped with sturdy steel made gears having low dynamic friction.

Features:

Smooth & noise-free running
Long service life
Produces neat & wrinkle free fabrics

Precision Engineering for Unmatched Output

Manufactured with a heavy-duty cast iron frame and equipped with precision bearings and hardened steel main shaft, this machine promises longevity and reliability. Its centralized auto lubrication and servo-driven system reduce wear, maintaining high-speed performance (2035 RPM) while ensuring smooth fabric production. The electronically adjustable stitch density enhances adaptability for different fabric textures and patterns.

Smart, User-Centric Operation

Control efficiency is central, featuring an intuitive PLC & electronic display, with the option for a touch-screen interface. The positive yarn feeder system guarantees accurate, consistent feeding, resulting in flawless single jersey fabric. Safety is prioritized with an emergency stop switch, overload protection, and noise suppression below 80 dB, contributing to a safe and pleasant workspace.

FAQs of Single Jersey Open-End Knitting Machines:

Q: How do I adjust the stitch density on this knitting machine?

A: Stitch density can be conveniently adjusted electronically via the PLC control panel or the optional touchscreen electronic display, allowing rapid switches between fabric types without manual intervention.

Q: What kinds of yarn and fabric can be processed with this machine?

A: The machine supports a range of yarn types, primarily designed for producing single jersey fabrics in gauges ranging from 14G to 28G. The open-end knitting method is compatible with both natural and synthetic yarns.

Q: When should I perform maintenance on the machine?

A: Routine maintenance is streamlined by the automatic lubrication and centralized oiling system. However, periodic checks on the bearings, needles, and drive components are recommended based on machine usage levels, typically every two weeks.

Q: Where can this knitting machine be installed and operated safely?

A: This model is suitable for textile and garment manufacturing environments with a temperature range between 5C and 45C. It is designed for industrial setups in India and similar climates, requiring a stable 3-phase 380V power supply.

Q: What is the process of fabric take-up and why is it efficient?

A: Fabrics are automatically wound onto rolls via the roll-style take-up system, ensuring seamless collection. This automatic process minimizes manual handling, increasing efficiency and reducing the risk of product damage.

Q: How do the safety features benefit operators during use?

A: Safety is enhanced by an emergency stop switch and overload protection, which immediately cease operation in hazardous situations, protecting both the machine and its operators from potential accidents.

Q: What are the main advantages of using this open-end knitting machine in textile production?

A: Core benefits include high productivity (up to 25 kg/hr), low noise levels, reliable servo motor drive, customizable feeder and needle bed options, and electronic control systems for precision, making it ideal for large-scale, quality-focused manufacturing.

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