In the modern world of textile manufacturing, Single Jersey Circular Knitting Machines are a fundamental tool in the textile industry. Single Jersey Circular Knitting M/C, often referred to as S/J M/C, has witnessed significant advancements in recent years, revolutionizing the way we produce high-quality fabrics. These machines produce single-faced fabrics, characterized by a smooth surface on one side and loops on the other. In this article, we’ll show the features of a Single Jersey Circular Knitting Machine with modern single jersey machine.
Table of Contents:
Features of Single Jersey Circular Knitting Machine
- Only a cylinder is used.
- One set of needles is used.
- Max machine gauge 24/ 60 upto in modern S/J machine.
- The cylinder has cams-rising & stitch cam.
- Sinker is used / but the dial is not used.
- Vertical needle position.
- Up to 120 feeders are available.
- Machine capacity is high.
- Machine dia of 26”-30”.
- Fiber cut up to 28 is available.
Features of Modern Circular Knitting Machine
- It has a cylindrical needle bed.
- Consists of 3 major sections (yarn supply, knitting element & fabric take down).
- All three types of needles can be used.
- Sinkers and dial for dial are used.
- Needle needle-retaining spring is present.
- Yarn supply from cores situated on overhead bobbins.
- Up to 60 machine gauges are available.
- The positive feed provides 3 different speeds.
- Automatic lubrication system.
Difference between Single Jersey circular knitting machine with Modern single-jersey circular knitting
Here’s a table comparing the “Single Jersey Circular Knitting Machine” with “Modern Single Jersey Circular Knitting”:
| Feature | Single Jersey Circular Knitting Machine | Modern Single Jersey Circular Knitting |
|---|---|---|
| Knitting Technology | Traditional circular knitting technology with a single set of needles | Incorporates advanced knitting technology, often with computerized controls and multiple needle sets for enhanced efficiency and flexibility |
| Productivity | May have lower production speeds compared to modern machines | Generally offers higher production speeds, leading to increased output and efficiency |
| Needle Arrangement | Typically has a single needle set arranged in a cylinder or dial | Features advanced needle arrangements for intricate stitch patterns and varied fabric structures |
| Versatility | Limited versatility in terms of stitch patterns and fabric types | Offers greater versatility, allowing for a wide range of stitch patterns and fabric constructions |
| Control System | Manual or basic controls for stitch settings | Equipped with modern, computerized control systems for precise stitch control and pattern variations |
| Ease of Operation | May require more manual intervention and adjustments | Designed for user-friendly operation with automated features, reducing the need for constant manual adjustments |
| Yarn Handling | Handles standard yarn types efficiently | Can handle a variety of yarns, including specialty and high-performance fibers |
| Fabric Quality | Produces quality Single Jersey fabric | Capable of producing high-quality fabric with improved consistency and reduced defects |
| Maintenance | May require more frequent maintenance | Often designed for minimal maintenance, with self-diagnostic features for quick issue resolution |
| Cost | Generally more affordable compared to modern machines | Initial investment may be higher, but modern machines often provide better long-term cost-effectiveness due to increased efficiency |
| Technology Integration | Limited integration of modern technology | Integrates cutting-edge technology for enhanced performance and adaptability |
