Strong Frame Structure: The high-rigidity box-type frame on both sides can reduce the vibration during high-speed operation, and can achieve further stable weft insertion and beating-up, thereby ensuring the high quality of the fabric. The main driving part is arranged in an oil bath environment, so it can achieve further stable high-speed operation.

Easily Insert Weft at High Speed: Through the improvement of the beating-up curve, the weft yarn flight angle is increased, the weft insertion is more stable, and high-quality differentiated fabrics can be woven.

Stable Operation: The strong frame structure and high-rigidity warp let-off and take-up mechanism make the loom operation more stable. The weaving range ranges from light to medium-thick fabrics, from low-density to high-density fabrics. Even when weaving complex fabrics and unbalanced fabrics, the vibration is very slight, and stable weaving can be achieved. The optimized four-link beating-up structure is designed, with smooth movement and small vibration, which is suitable for weaving requirements and can make the structure durable.

More reasonable plungers, pump springs, nozzles, and column-type one-way valves are used to make the weft insertion softer and more stable. The weft insertion structure is improved to extend the service life of the water pump.

The interruption of the warp yarn makes the opening lighter and the fabric surface higher in quality. The warp beam stabilizer makes the weaving of high-tension, high-weft density fabrics more stable. A more solid cloth-shed support structure and a more tensile and anti-slip take-up roller structure are designed.

The stable cloth-shed not only reduces the generation of various fabric surface stops, but also makes it easier to weave high-tension, high-weft density fabrics.

The maximum width can reach 5.6 meters, which is used for advertising production such as light box cloth.