Raschel machines are mainly suitable for processing coarse yarn, with the advantages of high processing efficiency and strong flexibility, making it suitable for large-scale processing in textile factories.

Double needle bar raschel machines are commonly used for producing 3D knitted textiles, spacer textiles, plush fabrics, seamless products (with or without jacquard pattern), and for producing net fabrics.

High speed knitting machine is commonly used to produce swimwear, underwear, stockings, tablecloths, curtains, and other products.

Net warp knitting machines have high production efficiency, diverse and flexible product processing capabilities, and low production costs. These textile machines can be used for large-scale net fabric processing in textile industry.

Net warp knitting machines can be used to produce agricultural nets, shade nets, technical nets, fishing nets, etc. The textile equipment equipped with electronic guide bar control (EL) can be changed over quickly to work different mesh sizes.

Single needle bar raschel machine has advantages of high-speed production, high-quality weaving, and flexibility when producing products such as swimwear, underwear, stockings, tablecloths, and curtains, making it one of the important production equipment in the textile industry.

Powerful textile equipment requires robust software to fully unleash its potential. The software facilitates communication between humans and machines, as well as helps in improving process efficiency, opening up new business areas, identifying market changes, and reacting flexibly.

In the overall textile industry, there are two common types: weft knitting machines and warp knitting machines.

• Textile patternization, presenting in a patterned manner
• Improves the quality of the fabric
• Allows for the free setting of multiple patterns
• High level of automation, resulting in cost savings
• Increases the complexity of the final textile product without compromising speed
• Achieves diversity in the final textile product

Our lace equipment combines various technologies to meet different market needs. In the textile industry, lace machinery is mainly used for producing high-end elastic and non-elastic fabrics for underwear, lace, and home textiles.

In shoe factories, commonly used textile equipment includes shoe fabric warp knitting machine and jacquard warp knitting machines, which are used for processing textile materials for shoe uppers.

Short pile warp knitting machines have smaller needle spacing, resulting in softer textile fabrics. They are generally used for processing lightweight fabrics such as towels, bed sheets, and curtains.
Medium pile warp knitting machines have larger needle spacing, resulting in stronger woven fabrics. They are commonly used for processing fabrics such as blankets and carpets.

Structurally, latch needles for textile machinery come in individual latch needles and block latch needles. Machinery using individual latch needles allows for convenient needle replacement, as when a needle breaks, only that individual needle needs to be replaced, unlike block latch needles where an entire block of needles must be replaced.

A 6-guide bar warp knitting machine can produce single-sided fabrics, double-sided fabrics, three-dimensional fabrics, including:

• Double-layer non-shedding rabbit far fabric
• High-low pile non-shedding plush fabrics
• Bed sheet fabrics
• Underwear fabrics, sock fabrics
• Lace fabrics
• Waterproof fabrics, fireproof fabrics, anti-static fabrics, etc.

In the automotive manufacturing industry, warp knitting machines are used to produce automotive textiles such as car seat fabrics, car upholstery fabrics, and carbon fiber composite materials.

In the apparel industry, warp knitting machines are used for processing stylish clothing fabrics, functional clothing, interlinings, silk fabrics, and other apparel textiles.

In developed countries in Europe and America, much of the electricity is provided by wind turbines, and the rotor blades of these turbines are manufactured using composite materials processed by warp knitting machines. Therefore, warp knitting machines play an increasingly important role in the new energy industry.

Long pile fabrics are characterized by their softness, fluffiness, and warmth, making them suitable for products such as blankets, carpets, and plush toys.

• Raschel lace equipment is suitable for the apparel industry.
• Double-needle bar raschel warp knitting machines and high-speed warp knitting machines are suitable for home furnishing and home textile sectors.
• Multiaxial warp knitting machines and full-width weft insertion warp knitting machines are suitable for producing technical, industrial, and architectural textiles.
• Rapier weaving machines can be used to produce ultra-thick fabrics used in air mattresses, floating bridges, airport runways, and cleaning fabrics, wall hangings, etc.

Long pile fabrics are generally produced using double-needle bar warp knitting machines or multi-needle bar warp knitting machines. These two types of equipment are known for fast speed, low cost, and rich pattern capabilities.

Upgrading textile machinery brings benefits such as high-speed production, improved performance, ease of maintenance, high efficiency, and increased precision. Nowadays, with modern high-performance machinery and proper operating methods, it is possible to produce more high-quality products with fewer labor and operational costs.

Smart knitting automation solutions are innovative products that use advanced technology to transform the knitting manufacturing process. By integrating artificial intelligence, computer vision, and data analysis, the quality of textiles can be greatly improved.

Textile industry is a traditional manufacturing industry facing various cost and efficiency issues. Digitizing the shop floor can help textile enterprises overcome these challenges and achieve more efficient, intelligent, and personalized production, placing them in a leading position in the industry.