HAIJIA C50 Cam Shedding Using for Water Jet Loom Weaving Machine

Product Show

Rigid Frame & Enhanced Protection

• Integrated Steel Frame: The C50 Cam Shedding unit features integrated steel plate bending beams, creating a rigid and durable structural foundation for continuous high-speed weaving.

• Electrophoretic Coating: The entire frame undergoes electrophoretic spraying to improve waterproof, rust-resistant, and corrosion-resistant performance in humid weaving environments.

• Longer Service Life: The protective surface treatment reduces moisture-related wear and helps extend the machine’s operational lifespan.

• Fully Enclosed Cover: A sealed protective cover prevents water, dust, and airborne debris from entering critical internal components.

• Improved Operator Safety: The enclosed structure creates an additional physical barrier around moving components, helping improve workplace safety.

• Easy Cleaning: The smooth coated surface simplifies routine cleaning and daily maintenance.

Servo Direct Drive for High-Speed & Energy-Efficient Operation

• Direct Servo Drive: The shedding mechanism is driven directly by a responsive servo motor, reducing the transmission losses associated with conventional belt or gear systems.

• Up to 980 RPM: The optimized drive system supports stable operation at speeds of up to 980 RPM while maintaining accurate shedding control.

• 20%–25% Energy Savings: Compared with conventional asynchronous motors, the servo system can reduce electrical power consumption by approximately 20% to 25%.

• Faster Fabric Changeovers: Digital servo control allows operators to adjust operating parameters quickly when switching between different fabric varieties.

• Reduced Downtime: Fewer manual mechanical adjustments shorten setup time and improve overall production efficiency.

Precision Cast Gearbox & Low-Vibration Transmission

• Heavy-Duty Cast Box Structure: The core transmission adopts an overall cast box design engineered to withstand the continuous mechanical loads of high-speed weaving.

• Mazak Precision Machining: The heald arm A-axis seat and main box are processed using a Mazak horizontal flexible automatic production line.

• One-Time Clamping: One-time machining and clamping improve dimensional accuracy, alignment, and consistency between critical transmission components.

• Lower Vibration & Noise: High machining precision helps reduce mechanical friction, vibration, and operating noise even during high-speed production.

• Quick Oil Drain Connector: A convenient oil drain connection simplifies lubrication replacement and helps reduce routine maintenance time.

Reinforced Heald Arm Connection for Stable Shedding

• Optimized A-Axis Connection: The connection between the heald arm A shaft seat and the main cast box has been reinforced to improve structural stability.

• Stable 12-Heald-Frame Operation: The optimized structure helps absorb and distribute dynamic loads generated by the rapid movement of 12 heald frames.

• Accurate Synchronization: Reduced micro-movement helps maintain precise synchronization between the shedding mechanism and the loom’s main shaft.

• Consistent Fabric Quality: Stable shedding helps minimize skipped threads, uneven yarn tension, and other weaving defects.

• Higher Production Yield: Improved mechanical stability supports more consistent fabric quality, fewer defects, and better long-term production efficiency.