JL3230 High-Speed Electronic Jacquard – Built for Precision, Designed for Performance

As textile production moves toward greater efficiency and pattern complexity, the need for reliable, high-speed jacquard machines continues to grow. The JL3230 High-Speed Electronic Jacquard stands out with its thoughtful mechanical design, scalable capabilities, and strong performance across a wide range of applications.

Full-Clear Shedding for Enhanced Pattern Control

The JL3230 features a double-lift, full-clear open shedding system, allowing for precise warp control and smooth fabric formation. Whether you are producing intricate home textiles or technical fabrics, this shedding structure supports accuracy at high weaving speeds.

Stable and Synchronized Lifting Mechanism

Driven by a conjugate cam on a concentric shaft, the lifting knife mechanism ensures synchronized and stable operation. This reduces machine vibration, minimizes mechanical wear, and promotes long-term operational reliability, even under heavy workloads.

Flexible Hook Configuration for Custom Production

With support for 8,448 to 20,480 hooks and a 32-row longitudinal module, the JL3230 offers the flexibility to meet different design and production requirements. From standard patterns to high-density jacquard fabrics, this model adapts with ease.

Advanced Controller and Expandable Memory

Equipped with the CFJC220, CFJC320, or CFJC380 controllers, the JL3230 can store and process complex pattern files efficiently. Its 4GB standard memory, expandable up to 32GB, provides ample space for high-resolution weaving data, improving design versatility and workflow.

Space-Saving Footprint with Efficient Cooling

Despite its capability, the JL3230 maintains a compact size—1610mm wide and 1250mm high—and features a side-mounted air cooling system to maintain consistent performance during extended operation.

The JL3230 High-Speed Electronic Jacquard is a well-rounded solution for manufacturers seeking a durable, high-capacity jacquard machine. With dependable motion control, pattern accuracy, and efficient data handling, it’s an excellent choice for producing complex woven designs with consistent quality.