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HJ-C50
HAIJIA
The HJ-C50 Weaving Textile Machine Water Jet Loom represents a refined approach to modern textile production, engineered specifically for facilities demanding consistent output and mechanical reliability. By utilizing a specialized cam shedding mechanism, this equipment provides exceptional control over warp yarns, accommodating complex weave structures with precision. Before exploring the structural advantages, review the exact operational specifications below, which dictate the machine's capacity for continuous, heavy-duty fabrication.
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 foundation of the HJ-C50 lies in its heavy-duty construction. The frame components are manufactured from integrated steel plate bending beams, giving the machine a solid, unyielding physical presence that absorbs kinetic energy during rapid weaving cycles. To combat the inherently humid conditions of water jet weaving, the entire chassis undergoes a rigorous electrophoretic spraying process. This advanced coating provides a smooth, resilient finish that acts as an impenetrable barrier against rust and moisture.
Together with the fully enclosed cover design, the safety, waterproof, and anti-corrosion performance of the entire machine is significantly enhanced. Operators are shielded from moving mechanical parts and water spray, ensuring a safer workshop environment while extending the physical lifespan of the core components far beyond conventional alternatives.
Power delivery is a critical factor in maintaining consistent fabric tension and reducing operational bottlenecks. This model is directly driven by a high-torque servo motor, replacing outdated belt-driven systems. This direct connection means it is incredibly easy to change fabric varieties on the fly, minimizing costly downtime during production shifts.
The servo system boasts exceptionally high power transmission efficiency. By eliminating intermediate mechanical losses, the machine consumes less electricity while effortlessly maintaining its maximum speed of 980 RPM. For textile plant managers, this translates directly to a superior return on investment—combining lower daily energy expenditures with a higher volume of finished fabric output.
The internal mechanics rely on an overall cast box structure and the optimized design of the heald arm A-axis seat. These critical components are engineered using a Mazak horizontal flexible automatic production line, allowing for one-time clamping during the manufacturing process. This specific machining technique ensures that the associated dimensional accuracy is remarkably high, eliminating microscopic misalignments that cause wear over time.
Because of this exactness, the equipment operates with a smooth, consistent hum rather than harsh mechanical clanking. It effectively reduces the vibration and noise of equipment operation, making it perfectly suited for the continuous, high-speed operation of the loom. Furthermore, daily maintenance is streamlined; equipped with a quick oil drain connector, it is easy and quick to change and drain oil without specialized tools or prolonged machine stoppages.
At the heart of its weaving capability is the independently developed conjugate cam shedding device. 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 incredibly stable, even when handling heavy or complex yarns.
This structural stability allows the HJ-C50 to support the efficient weaving of over 150 different fabric types, including plain, twill, and satin weaves. Whether a facility is processing medium or large batch orders, the loom adapts smoothly to diverse production demands, serving as an ideal upgrade for plants transitioning from basic plain-shedding equipment to more versatile, value-added textile manufacturing.
