Water Jet Loom Textile Machine with Double Nozzles Width 190cm

Product Parameters

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Water Jet & Air Jet Compatible Frame and Transmission Structure

Stronger Frame Built for Longevity:

1. The front upper beam is manufactured from large-section ultra-high-strength steel pipes, while the remaining three supports utilize large-section rectangular tube structures for maximum load distribution.
2. Multiple middle four-sided bracing structures firmly fix the four beams and the beating box together, eliminating mechanical warping over time.
3. The upper wall board features a flexible design without a gearbox structure, and the lower wall board is a semi-open design without a gearbox structure (except for plain openings).
4. Advanced Surface Treatment: The entire fuselage undergoes an industry-leading electrophoretic coating process. This superior anti-corrosion and anti-rust treatment extends the equipment's service life by 2 to 3 times compared to standard industry alternatives.

The above solid frame structure meets the rigorous needs of ultra-high-speed production for high-density and heavy-weight fabric weaving. It delivers a solid foundation with remarkably low vibration. Furthermore, the gearbox-less structure actively avoids high maintenance costs typically caused by water damage.

New Plain Opening Structure

1. Single-sided drive structure: The two lifting and harness connecting rods are strategically installed on both sides of the lower wall panel, positioned away from the water tank. This layout significantly reduces the risk of damage caused by water intrusion into the bearings.
2. Each transmission connecting rod, support shaft, heald lifting rod, connecting pin, and bushing has been redesigned to offer higher tensile strength and superior wear resistance. Each transmission bearing model is enlarged, providing a much greater bearing capacity for continuous operation.
3. The crank shedding machine transmission gear is ultra-precision processed, ensuring exact gear meshing. This results in a highly wear-resistant mechanism that operates with surprisingly low noise, improving the factory floor environment.
4. The bearings and bushings of all driving parts within the heald frame are designed to achieve centralized and regular lubrication effortlessly.

The above design ensures the exceptionally long life of the plain opening components, even under relentless ultra-high-speed operation.

Automatic Cloth Dropping System

Experience seamless production logistics with our fully automatic cloth dropping system. The loom's intelligent control system issues precise instructions according to your pre-set fabric length requirements.

After the loom receives the designated cloth dropping signal, it automatically executes a clean cut of the fabric and releases the cloth roller. The finished roll is then ready to be transported directly to the warehouse by an AGV (Automated Guided Vehicle). This automation drastically reduces manual handling, minimizes the risk of fabric contamination, and streamlines your entire output process.

New Type of Let-Off Box

1. The newly designed turbine box, turbines, and scroll rods are precision-manufactured from high-strength and wear-resistant alloy steel to guarantee the absolute precision of transmission over years of use.
2. Each bearing on the turbine gear is continuously lubricated by a reliable oil bath system, ensuring smooth, friction-free movement.
3. Helical gear transmission is utilized in the transmission gear box to significantly increase the bearing capacity. This makes the system much more suitable for high-speed operation while remaining highly wear-resistant.
4. The bearing models inside the box have been enlarged, effectively doubling the overall bearing capacity.

These structural improvements empower the let-off box with a longer service life, superior load-bearing capacity, and unmatched transmission accuracy.

Warp Yarn Breakage Visual Inspection System

Quality control is automated through our advanced visual inspection technology. An integrated camera automatically patrols and detects the weaving area in real-time. When a warp break is detected, the system promptly sends an immediate stop signal to the loom, preventing further defects.

After the loom stops, the loom operator is quickly alerted to eliminate the problem. This visual precision effectively shortens the warp break repair time, greatly reduces the generation of defective fabrics, and significantly lowers the labor intensity of the loom operator's manual patrol inspection.

Maintenance-Free & High Energy Efficiency

1. The main transmission structure, let-off box, take-up box, and leno selvage gear structure are all lubricated by a sealed oil bath. An oil change machine is used to quickly replace the lubricating oil, offering high maintenance efficiency. This extends the oil change cycle, rendering the system practically maintenance-free during the cycle. The secondary transmission structure adopts automatic centralized lubrication, eliminating the need for manual greasing.
2. The modular transmission structure makes the replacement and maintenance of parts simple, highly efficient, and low-cost.
3. Exceptional Eco-Efficiency: Buyers can opt for a high-efficiency direct-drive motor that slashes electricity consumption by 20% to 25%. When paired with our specialized water circulation treatment system, the machine achieves up to 100% water resource recovery, drastically reducing daily operational expenses and supporting sustainable production goals.