Narrow fabric looms are a type of weaving machinery essential in textile manufacturing, designed to handle both elastic and non-elastic materials for a variety of fabric weights. Our looms come in widths of 53cm (KTNFS53) and 80cm (KTNFS80), each designed to satisfy a variety of textile production requirements. Our high-density models, such as the 1152, have the capability to simultaneously weave up to four tapes, with reed widths reaching up to 175mm. The KTNFS53 model is available in configurations of 2/175 and 2/130, and the KTNFS80 model is available in options of 4/130 and 4/84.
This series of Jacquard looms are widely used for producing items such as high-waist fitness leggings, skirts, pants, waistbands, sports underwear, and wide elastic bands for yoga wear. These weaving machines are designed to ensure reliability and efficiency when producing high-quality fabric. With our narrow fabric looms, expect consistent and high-quality textile outcomes.
Model | KTNFS53/KTNFS80 |
Number of Weaving heads | 2/4 |
Reed Width | 175mm/130mm/84mm |
No. of Heald Frame | 12 |
No. of Latch Hooks | 192-1152 |
Jacquard Structure | Staubli M5 Module |
Speed | 800-1000r/min |
AC-Motor Power | 2.2kW/4.0 kW |
Repeat Length | 1:8/16-32 |
Weft Feeding | Weft belt feeding (mechanical/electronic)(single / double weft) |
Weft Density | 7-25 (gear control ) 2-99.9 (electronic control) |
Dimensions (mm) | 2700(L)*1080(W)*3140(H)(without creel) |
Jacquard Head Designed for Simplified Operations
Staubli M5 Jacquard Module: Efficient and Durable
We are the professional narrow fabric machinery provider with a thorough understanding of the demands of customers in the industry. All parts applied in our weaving machines have been processed in-house. In addition to weaving looms configured to standard requirements, we can provide you with equipment adjusted and configured to your requirements. We can even create completely customized ribbon weaving machines based on your products as well as batches of custom parts for narrow fabric weaving systems.