Tel: +86-532-83130887 Email: eiffel@qdhaijia.net
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HW-6012
Haijia
84463040
The HW-6012 series textile machine features a reinforced, integrated machine wall board crafted through a single complete casting process. This structural foundation significantly enhances overall frame rigidity while effectively dampening operational vibration and reducing mechanical noise across the factory floor.
Connected by heavy-duty cross beams and a robust middle supporting beam, the newly engineered dual wall boards are securely jointed at a 20mm lower height. This ergonomic adjustment ensures a more accessible profile for operators managing daily production and routine maintenance tasks.
Furthermore, the entire frame undergoes an industry-leading electrophoretic spraying treatment. This advanced anti-corrosion and rust-prevention finish extends the equipment's lifecycle by two to three times compared to standard alternatives, drastically lowering long-term depreciation and maintenance overhead for large-scale weaving facilities.
Precision fabric manufacturing requires exact tension control, which is why this weaving equipment incorporates an advanced electronic let-off mechanism. The total warp tension is continuously monitored by highly sensitive tension sensors that detect even the slightest mechanical variations.
The dedicated CPU instantly processes any fluctuations in warp tension caused by shedding movements, loose warp variations, let-off actions, or changes in the warp shaft's winding diameter. Upon detecting these shifts, the intelligent system commands the servo motor to adjust the warp shaft drive with pinpoint accuracy.
This automated, stepless regulation maintains perfectly balanced tension throughout the entire weaving cycle, eliminating loose or dense gear marks and minimizing the rejection rate. The result is a smooth, consistent fabric output that reduces reliance on manual operator adjustments and lowers the barrier to achieving premium textile grades.
To optimize production economics and support environmental sustainability, the HW-6012 series utilizes specialized splash-proof "U" nozzles. When compared to conventional nozzle designs, these splash-proof "U" variants deliver superior water line bunching performance, ensuring a highly concentrated and precise fluid spray.
The system incorporates a smaller diameter plunger, which guarantees stable and accurate operation even under conditions of small shedding weft insertion and reduced water volume. This optimized fluid dynamics engineering allows a single loom to save 10% on water consumption during continuous operation.
When paired with a water circulation treatment setup, the facility can achieve up to 100% water recycling. This efficiency makes the system exceptionally well-suited for weaving fine denier, high-density, and high-speed fabrics while significantly cutting daily operational utility expenses.
The meticulously engineered beating-up system operates with a shorter stroke and minimal vibration, developed through extensive motion and dynamic equilibrium analysis. It features an independently developed U-type solid beating shaft alongside a precision counter-balance system, making it adaptable for both narrow and wide machine configurations.
For narrow setups, the small-stroke 4-linkage beating mechanism is widely recognized for its rapid, stable performance. Conversely, the 6-linkage beating system offers a longer relative static time and a more powerful beating force, presenting the ideal solution for wide machines producing broad, high-density textiles.
This versatility ensures the equipment can effortlessly handle a diverse range of applications, from standard apparel textiles to specialized luggage fabrics and home textiles, guaranteeing high output rates without compromising structural stability.
Energy efficiency and operational precision are at the core of the machine's electric control architecture. By utilizing a direct-drive motorized spindle devoid of traditional brake discs, the system eliminates mechanical friction losses and reduces component wear over time.
This configuration effectively saves more than 20% in electricity consumption compared to standard asynchronous motors. This direct-drive setup operates in seamless synchronization with a newly optimized intelligent control system, enabling smooth, stepless speed changes that adapt instantly to specific weaving requirements.
Operators benefit from an intuitive interface that simplifies complex production variables into manageable digital inputs. This synergy of power conservation and smart automation not only lowers the carbon footprint of the textile facility but also ensures a highly responsive, user-friendly weaving environment.
The specialized selvaging mechanism is designed to provide a significantly larger opening, which plays a crucial role in reducing weft blocking incidents and boosting overall machine efficiency.
By employing a separate, independent selvaging device, the loom can secure the weft using its own dedicated motion pathway, rather than relying on the complex movement of two extra heald frames. This streamlined approach minimizes mechanical wear and simplifies the shedding process.
The resulting selvage is notably firmer and cleaner, enhancing the final tactile quality and visual appeal of the woven roll. Furthermore, this independent operation allows for easier maintenance access and quicker adjustments when switching between different fabric specifications, ensuring continuous production cycles.
