High Speed HW-001 Water Jet Loom Textile Making Machine with Double Nozzles

Product Parameters

When configuring the ideal weaving line for an industrial textile facility, exact technical specifications form the foundation of consistent, reliable output. The HW-001 series offers highly flexible OEM and ODM customization capabilities, allowing textile manufacturers to tailor the effective reed width, motor capacity, and pump configurations based on specific fabric samples or existing production line requirements. Whether your operation demands a direct drive motor for standard fabrics or a super start motor drive for heavier materials, the structural integrity remains rigid and uncompromised. Buyers can confidently select from single or double pump setups, alongside standard or "U" shaped nozzles, to match the exact fluid dynamics required for specific yarn types. Below are the definitive technical parameters that govern the steady, day-to-day operation of this heavy-duty weaving machinery.

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Engineered for heavy-duty industrial textile production, the internal mechanics of this weaving equipment prioritize longevity, operator safety, and minimal downtime. Every component is machined to strict tolerances, ensuring that the rhythmic motion of the loom remains steady even under maximum load conditions.

Water jet/Air jet compatible frame and transmission structure

Stronger Frame:

1. The front upper beam is made of large-section ultra-high-strength steel pipes, and the remaining three supports are large-section rectangular tube structures, providing a solid, immovable foundation.
2. Multiple middle four-sided bracing structures firmly fix the four beams and the beating box together, eliminating micro-flexing during rapid shedding.
3. The upper wall board is an flexiable design without a gearbox structure, the lower wall board is a semi-open design without a gearbox structure (except for plan openings).

The above solid frame structure meets the needs of ultra-high-speed production of high-density and heavy-weight fabric weaving. lt has a solid structure and low vibration, translating to a quieter factory floor. The gearbox-less structure avoids high maintenance costs caused by water damage, keeping internal parts dry and functional.

New plain opening structure

1. Single-sided drive structure, the two lifting and harness connecting rods are installed on both sides of the lower wall panel and away from the water tank, which reduces the damage caused by water intrusion of the bearing.
2. Each transmission connecting rod, support shaft, heald lifting rod, connecting pin and bushing are redesigned to have higher strength and more wear resistance. Each transmission bearing model is enlarged and has greater bearing capacity.
3. The crank shedding machine transmission gear is ultra-precision processed, more wear-resistant, precise gear meshing, and emits a low, controlled noise profile.
4. The bearings and bushings of all driving parts of the heald frame can achieve centralized and regular lubrication.
The above design ensures the long life of the plain opening part under ultra-high-speed operation, reducing friction heat and mechanical fatigue.

Automatic cloth dropping system

Fully automatic cloth dropping system, the loom control system issues instructions according to the set fabric length. After the loom receives the cloth dropping signal, it automatically cuts the cloth with a clean, precise mechanical slice and releases the cloth roller, which is then transported to the warehouse by AGV. This automated handoff minimizes human intervention, protects the finished textile rolls from accidental floor contamination, and allows the weaving line to maintain continuous, uninterrupted output without manual lifting.

New type of let off box

1. The newly designed turbine box, turbines and scroll rods are precision made of high-strength and wear-resistant alloy steel to ensure the precision of transmission.
2. Each bearing on the turbine gear is lubricated by an oil bath, keeping the components constantly coated in a protective, friction-reducing film.
3. Helical gear transmission is used in the transmission gear box to increase the bearing capacity, is more suitable for high-speed operation and is more wear-resistant.
4. The bearing models in the box are enlarged and the bearing capacity is doubled. The above structural improvements enable the let-off box to have a longer service life, higher load-bearing capacity and higher transmission accuracy, ensuring consistent warp tension.

Warp yarn breakage visual inspection system

The camera automatically patrols and detects, utilizing advanced optical sensors to scan the moving threads. When a warp break is detected, it promptly sends a stop signal to the loom. After the loom stops, the loom operator is quickly called to eliminate the problem, effectively shortening the warp break repair time, greatly reducing the generation of defective fabrics, and reducing the labor intensity of the loom operator's patrol inspection. This crisp visual safeguard guarantees that only flawless, uniform textiles make it to the final cloth roller.

Maintenance-free

1. The main transmission structure, let-off box, take-up box and leno selvage gear structure are all lubricated by oil bath and the oil change machine is used to quickly change the lubricating oil, which has high maintenance efficiency, extends the oil change cycle and is maintenance-free during the cycle. The secondary transmission structure adopts automatic centralized lubrication, eliminating manual maintenance and ensuring a clean, oil-free exterior.
2. Modular transmission structure makes replacement and maintenance of parts simple, efficient and low-cost, allowing facility technicians to swap components rapidly without specialized teardowns.