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HJ-C50
Haijia
Industrial weaving requires precise mechanical synchronization and consistent speed to maintain output targets. The HJ-C50 water jet loom is engineered to maintain a rapid 980 RPM while managing complex shedding tasks through its 12 heald frames. With a generous reed width capacity spanning 150cm to 360cm, this equipment provides textile manufacturers the physical dimensions necessary for broad, industrial-scale fabric production. The 14mm heald frame spacing and 280mm specification ensure exact yarn control, minimizing friction and thread breakage during continuous operation. Powered by a direct drive motor with an opening amount of 54mm-110mm, the system delivers immediate kinetic transfer, reducing energy waste and ensuring the loom responds instantly to tension adjustments across the entire production cycle.
Applicablelooms | Water jet looms with reed widths of 150cm~ 360cm |
Maximum Speed | 980 RPM |
Cycle of Wefts | 12 |
Heald Frame Spacing | 14mm |
Maximum Capacity | 12 tablets |
Heald Specification | 280MM |
Opening Amount | 54mm-110mm direct drive motor |
The frame components are made of integrated steel plate bending beams and electrophoretic spraying technology. Together with the fully enclosed cover, the safety, waterproof and anti-corro-sion performance of the entire machine is enhanced.
Utilizing automotive-grade electrophoretic coating, the exterior presents a distinctly smooth, tactile finish that actively repels moisture and prevents rust accumulation even in highly humid weaving environments. The heavy-duty steel plate construction gives the machine a solid, grounded presence on the factory floor, significantly absorbing operational vibrations. This rigid structural foundation, combined with the enclosed protective cover, muffles mechanical noise, creating a noticeably quieter and safer workspace for operators while protecting internal electrical components from airborne lint and continuous water ingress.
Directly driven by a servo motor,it is easy to change varieties and has high power transmission eficiency.
This direct-drive architecture eliminates intermediate mechanical linkages, translating electrical input into instant, precise shedding movements. The system is exceptionally versatile, engineered to handle over 150 distinct fabric profiles. Whether your production line is processing standard plain weaves, intricate twills, or delicate satin structures, the motor adapts fluidly to the required tension and speed. Facility managers benefit from the simplified changeover process; adjusting the machine for a new fabric batch requires minimal physical reconfiguration, reducing downtime and allowing textile plants to respond rapidly to shifting market demands for complex, diverse textile patterns.
The overall cast box structure and the optimized design of the heald arm A-axis seatare designed using Mazak horizontal flexible automatic production line for one-time clamping. The associat-ed dimensional accuracy is higher, which effectively reduces the vibration and noise of equipment operation, and is more suitable for high-speed operation of the loom.Equipped with a quick oil drain connector it is easy and quick to change and drain oil.
The one-time clamping process on the Japanese Mazak line ensures micron-level precision, resulting in interlocking gears and shafts that move with absolute minimal friction. This exactness extends the equipment's design lifespan to over 13 years. Furthermore, the internal box architecture features an innovative lubricating oil circulation system that dissipates heat effectively during prolonged runs. When maintenance is required, the quick-release oil drain connector allows technicians to perform fluid changes in minutes, drastically cutting down routine maintenance labor and keeping the loom in active production.
The optimized design of the connection between the shaft seat of the heald arm A and the box body makes the performance of the whole machine more stable.
By reinforcing this critical junction, the mechanical stress generated during the rapid lifting and lowering of the 12 heald frames is evenly distributed across the cast iron chassis. This prevents localized metal fatigue and ensures the shedding motion remains perfectly synchronized with the weft insertion, even after thousands of hours of continuous operation. The rigid connection dampens harmonic resonance, meaning the fabric edges remain straight and the weave density stays uniform throughout the entire roll, ultimately reducing fabric defect rates and maximizing yield.
