HAIJIA C50 Cam Shedding Using for Water Jet Loom Weaving with 12 Tablets

The HAIJIA C50 Cam Shedding motion is engineered to redefine the weaving capabilities of modern textile facilities. Designed specifically for water jet looms with reed widths ranging from 150cm to 360cm, this advanced shedding mechanism empowers textile manufacturers to produce over 150 varieties of high-density fabrics, including plain, twill, and satin weaves. By supporting up to 12 heald frames, the C50 model offers unparalleled fabric versatility, allowing operators to effortlessly transition between complex textile patterns. The heavy-duty architecture ensures that even during continuous, high-speed operations, the shedding motion maintains absolute precision, delivering a smooth, tactile finish to every woven yard.

Product Show & Core Components

Integrated Structural Integrity & Advanced Coating
The frame components are engineered from high-strength integrated steel plate bending beams, providing a rigid foundation that absorbs kinetic energy and eliminates micro-vibrations during 980 RPM operations. Through the application of automotive-grade, fully automatic electrophoretic spraying technology, the metal surfaces receive a uniform, impenetrable coating. Together with the fully enclosed cover design, the safety, waterproof, and anti-corrosion performance of the entire machine is significantly enhanced. This meticulous surface treatment ensures the machine remains pristine and rust-free even in highly humid weaving environments, extending its operational lifespan well beyond standard industry expectations.

Direct Drive Efficiency & Economic Benefits
Directly driven by a premium servo motor, this shedding mechanism bypasses traditional complex pulley systems. It is remarkably easy to change fabric varieties, reducing downtime between production runs. The direct drive architecture boasts exceptionally high power transmission efficiency, which translates directly to lower energy consumption. By minimizing mechanical resistance, facilities can observe a noticeable drop in their daily power usage. This design not only streamlines the weaving process but also dramatically lowers ongoing maintenance requirements, contributing to a highly favorable economic return on investment for large-scale textile operations.

Precision Manufacturing & Simplified Maintenance
The overall cast box structure and the optimized design of the heald arm A-axis seat are meticulously manufactured using the internationally renowned Mazak horizontal flexible automatic production line. This allows for one-time clamping and machining, achieving a core component dimensional accuracy of up to 0.01mm. This extreme precision effectively reduces the vibration and noise of equipment operation, making the ambient sound on the factory floor much more manageable and suitable for continuous high-speed operation of the loom. Furthermore, the system is equipped with a quick oil drain connector. It is incredibly easy and quick to change and drain oil, which can reduce routine maintenance time and cut associated upkeep costs by nearly 50%.

Enhanced Mechanical Stability
The optimized design of the connection between the shaft seat of the heald arm A and the box body is a testament to our engineering focus. By reinforcing this critical junction with international top-tier bearings and electronic control components, the performance of the whole machine becomes exceptionally stable. Operators will notice a distinct lack of mechanical play or hesitation during the shedding cycle, ensuring that warp threads are separated cleanly and accurately every single time. This stability directly translates to fewer fabric defects and a higher yield of superior textiles.