Circular knitting machines play a crucial role in the textile industry, expertly crafting seamless fabric tubes by knitting in a continuous circular or spiral pattern. These machines operate with a series of needles arranged in a circle, allowing the diameter of the tube to be adjusted for various fabric widths.

There are several types of circular knitting machines, each serving specific needs. Single jersey machines are ideal for lightweight fabrics, while double jersey machines are suited for heavier textiles. Rib machines are used for creating elastic knits commonly found in cuffs and necklines, and interlock machines produce versatile knit fabrics.

The primary benefits of circular knitting machines include their efficiency, versatility, and the superior quality of the fabric they produce. They are capable of handling a wide array of yarns, from natural fibers to synthetics, and can create a variety of stitches and patterns. The continuous knitting process of these machines significantly reduces the likelihood of defects, ensuring a consistent, high-quality product. Moreover, their design minimizes raw material waste, making them an economical option for textile manufacturers.

In summary, circular knitting machines are essential in contemporary textile production, adept at fulfilling diverse market demands and enhancing the efficiency and quality of manufacturing processes.

Santoni Mec-Mor HP Circular knitting machine Hot deal

Year: 2015

Ø 42 mm
Nbr of feeders 72
Nbr of cylinders 2
Gauge 16
Nbr of spindles 1828

Mayer RELANIT E Circular knitting machine Hot deal

Year: 1999

Ø 762 mm
Nbr of feeders 48
Gauge

Mayer Cie MV4 3.2 Circular knitting machine

Year: 2004

Ø 762 mm
Nbr of feeders 96
Nbr of cylinders 1
Gauge 28
Nbr of spindles 2640

Mayer Interrib 1.6 Circular knitting machine

Year: 1995

Ø 762 mm
Nbr of feeders 96
Nbr of cylinders 1
Gauge 18
Nbr of spindles 3360

Santoni Zenit SV Circular knitting machine

Year: 2018

Ø 863 mm
Nbr of feeders 102
Gauge 28
Nbr of spindles 2940

Relanit 3.2 II Circular knitting machine

Year: 2003

Ø 762 mm
Nbr of feeders 96
Gauge 28
Nbr of spindles 2640

Orizio FIHN/C Circular knitting machine

Year: 1996

Ø 762 mm
Nbr of feeders 90
Gauge 22
Nbr of spindles 2082

Orizio CMON Interlock Circular knitting machine

Year: 1997

Ø 914.4 mm
Nbr of feeders 72
Gauge 20
Nbr of spindles 4272

Mayer Interrib 4-1.6 Circular knitting machine

Year: 1999

Ø 864 mm
Nbr of feeders 108
Nbr of cylinders 0
Gauge 16-18
Nbr of spindles 3840

Pilotel DJ 48 Circular knitting machine

Year: 1996

Ø 762 mm
Nbr of feeders 48
Gauge 20
Nbr of spindles 3744

Terrot S3P 172 Circular knitting machine

Year:

Ø 762 mm
Nbr of feeders 72
Gauge 24
Nbr of spindles 2268

Jumberca DWN3E Circular knitting machine Hot deal

Year: 2006

Ø 838.2 mm
Nbr of feeders 24
Nbr of cylinders 2
Gauge 14
Nbr of spindles 1454


Mayer Relanit 4 Circular knitting machine

Year:

Ø 762 mm
Nbr of feeders 96
Gauge 28
Nbr of spindles 2640




JUMBERCA TLJ6E-PLUS Circular knitting machine

Year: 2000

Gauge 12
Nbr of spindles 1332
Nbr of feeders 54

JUMBERCA DWN3E Circular knitting machine

Year: 1997

Ø 33 mm
Nbr of feeders 24
Gauge 12

Morat /Terrot MPK 2/3 Circular knitting machine

Year: ~ 1983

Ø 24 mm
Nbr of feeders 16
Gauge 14
Nbr of spindles 1060


Presentation of Circular Knitting Machines in the Textile Industry

Circular knitting machines, also known as circular weft knitting machines, are essential tools in the textile industry. They simplify the production of various fabrics, ranging from lightweight, breathable materials for summer attire to thick, cozy fabrics for winter clothing.

The primary function of a circular knitting machine is to create seamless fabric tubes. These machines are equipped with numerous needles arranged in a circular configuration. By knitting in a continuous spiral or circular pattern, they produce seamless tubes of fabric. One remarkable feature of these machines is their adaptability; the width of the fabric tube can be adjusted to meet different specifications, enabling the production of diverse apparel and textile products.

Circular knitting machines can process a wide variety of yarns, including natural fibers like cotton and wool, and synthetic fibers such as polyester and nylon. This versatility allows manufacturers to create a broad range of fabrics, each with unique properties and applications.

Types of Circular Knitting Machines

There are several types of circular knitting machines, each designed for specific purposes:

  • Single Jersey Machines: These machines are used for creating light to medium-weight fabrics, ideal for making comfortable, breathable garments like T-shirts, knickers, and sportswear.
  • Double Jersey Machines: Known for producing heavier, more durable fabrics, these machines are perfect for technical fabrics, structural textiles, and outerwear.
  • Rib Machines: Designed to knit rib knits, which are commonly used in waistbands, necklines, and cuffs, these machines are noted for producing fabrics with excellent elasticity and shape retention.
  • Interlock Machines: These machines create interlock knit fabrics, which are double-knit fabrics identical on both sides, making them suitable for a wide range of garments.

Advantages of Circular Knitting Machines

Circular knitting machines offer numerous advantages that make them popular among textile manufacturers:

  • Efficiency: These machines can quickly produce large quantities of fabric, meeting high production demands. Their continuous knitting process reduces the need for frequent stops and starts.
  • Versatility: Capable of handling various yarns and creating diverse stitches and patterns, these machines enable the production of a wide range of fabrics to meet market demands.
  • High-Quality Output: The seamless knitting process minimizes defects, resulting in consistent, high-quality fabric. The uniformity and quality of the fabric significantly enhance the appearance and durability of the finished product.
  • Economical Operation: Circular knitting machines reduce waste, as the seamless process leads to less raw material wastage, ultimately lowering production costs. Additionally, their high production speed helps reduce the cost per unit.
  • Flexibility: The adjustable width of the fabric tube allows for the production of various garment and textile products, meeting diverse market needs.
  • Sustainability: These machines are generally more energy-efficient, contributing to a lower carbon footprint. By generating less waste, they promote sustainable production practices.

Kitmondo's Offering

Kitmondo has a wide range of circular knitting machines available in the used machinery market. Each machine listed on the site has been thoroughly inspected and meets rigorous quality and performance standards. Whether you are a small firm looking to scale up production or a large corporation aiming to expand your product line, Kitmondo can provide a circular knitting machine to suit your specific needs. Purchasing used machinery through Kitmondo can significantly reduce capital expenditure, freeing up funds for other business investments. Additionally, buying used equipment is a sustainable choice, contributing to waste reduction and extending the lifespan of industrial machinery.

Areas of Use

Circular knitting machines are versatile and used extensively in various sectors of the textile industry:

  • Garment Manufacturing: Producing a wide range of clothing items, from lightweight summer apparel to heavier winter garments.
  • Undergarment Production: Ideal for creating seamless, comfortable fabrics for underwear, lingerie, and hosiery.
  • Sportswear: Suitable for breathable, stretchable fabrics needed for athletic wear.
  • Technical Textiles: Used for fabrics with specific performance requirements, including medical textiles, automotive textiles, and protective clothing.
  • Home Textiles: Producing fabrics for bed linens, blankets, cushion covers, and upholstery.
  • Industrial Applications: Used for non-apparel products like netting, filters, and geotextiles.

Factors to Consider When Choosing a Circular Knitting Machine

Selecting the right circular knitting machine is crucial for optimizing production efficiency and product quality. Consider the following factors:

  • Type of Fabric: Match the machine to the fabric type you plan to produce.
  • Production Volume: Ensure the machine can handle the required production speed without compromising quality.
  • Machine Size: Verify that your facility can accommodate the machine.
  • Ease of Use: Look for user-friendly controls and clear instructions.
  • Maintenance Requirements: Consider ease of maintenance and availability of spare parts.
  • Energy Efficiency: Opt for energy-efficient machines to save on utility costs and promote sustainability.
  • Cost: Ensure the machine fits within your budget; consider the cost-effectiveness of purchasing used machinery.
  • Manufacturer's Reputation: Choose reputable manufacturers known for durable and reliable machines.
  • After-Sales Service: Ensure good support for breakdowns or operational assistance.

Main Manufacturers

Notable manufacturers of circular knitting machines include:

  • Mayer & Cie: Renowned for high-quality, reliable, and innovative machines.
  • Terrot: Esteemed for durable and widely-used machines.
  • Pai Lung: Known for technological advancements and a strong global presence.
  • Santoni: Part of the Lonati group, famous for high-quality and innovative machinery.
  • Fukuhara: Valued for precision and durability.
  • Orizio: Recognized for high-quality and creative designs.

Check Kitmondo for the latest listings from these manufacturers to find the best fit for your needs.