High-Precision Woollen Carding Machine With CNC Technology

Mechanical Parts & Structural Engineering

The foundation of reliable textile production begins with the chassis. The main material is Mihanna cast iron and nodular cast iron, and adopts the whole casting cage integrated casting process, after termal aging, shock aging and natural aging multiple process treatment, to ensure the stability of long-term operation in the later period. This massive, vibration-dampening framework provides a deep, grounded resonance rather than the harsh metallic rattle found in lighter alternatives. By eliminating micro-vibrations, the lifespan of the equipment is significantly extended, ensuring your capital investment yields consistent returns over decades of continuous shift work.

To achieve the exact tolerances required for premium yarn preparation, our manufacturing facility operates a full CNC machining workshop, large turning milling machine center and CNC grinding, to ensure the high precision of parts. Every contact point and rotating shaft is engineered to exact specifications, reducing friction and minimizing mechanical wear across the entire assembly.

The eccentric of the woollen card is made of high-hardness chromium alloy steel, processed with high-precision CNC technology, ensuring high speed and low noise during operation. Operators on the factory floor will immediately notice the reduced decibel levels, contributing to a safer, more comfortable, and compliant working environment. Furthermore, the enclosed design and integrated dust control considerations help maintain a clean facility.

Maintenance is simplified through intelligent design. The lubricating oil equipment for the Rub Apron is automatically refilled by a centralized numerical control oil supply system. This eliminates the need for manual greasing, prevents human error, and ensures continuous fluid dynamics across all moving components.

Under immense pressure, material strength is non-negotiable. The calender rollers are cast from 42 chromium-molybdenum hot-forged alloy steel, providing exceptional resistance to deformation. This specific metallurgical composition guarantees that the rollers maintain their precise cylindrical geometry, even when processing dense, heavy fiber mats day after day.

Electrical Parts & Intelligent Automation

Modern textile manufacturing requires intelligent, responsive coordination. The CS control system utilizes the most advanced servo control system, with the three drafting processes of the condenser tape, rub apron and winding all independently controlled by servo systems. This decentralized yet synchronized architecture allows facility managers to optimize tension dynamically without halting production, drastically reducing operator intervention and associated labor overhead.

Precision is placed directly at the operator's fingertips. The feeding, count, and drafting of each part are all digitally adjusted and controlled, making the adjustment settings simple and convenient. Instead of relying on manual gear changes or mechanical recalculations, supervisors can input exact parameters via the digital interface, achieving immediate, accurate responses that translate directly into uniform yarn counts.

Achieving consistent fiber delivery requires absolute motor synchronization. Our equipment features a fully synchronised speed control facility even at low speeds - Excellent motor control algorithm provides precise torque performance and speed regulation, offering complete synchronization without any feed back devices. This means that whether you are gently coaxing delicate cashmere at a crawl or running standard wool at maximum capacity, the tension remains absolutely uniform. The result is a smooth, continuous web with zero drafting faults, ensuring that your subsequent spinning processes receive the most consistent raw material possible.

Fibers Processed ( new or reclaimed,pure or blended):

Versatility in raw material handling defines the operational scope of this equipment. Designed to process a wide spectrum of materials, the carding mechanics gently align and disentangle fibers without causing breakage or static buildup. The tactile output is a beautifully consistent, uniform web that feels exceptionally smooth to the touch, minimizing raw material waste and maximizing the yield of premium yarn. The system is engineered to handle the following materials with exacting precision:

- Wool: The carding action preserves the natural crimp and elasticity of the fiber, ensuring the final yarn retains its characteristic warmth, bounce, and structural integrity during subsequent spinning phases.

- Cashmere: Delicate handling prevents the fracturing of these fine, high-value fibers, maintaining their incredibly soft, luxurious hand-feel while minimizing expensive raw material loss.

- Sytheetic fibers: Optimized static control and precise drafting accommodate the smooth, uniform nature of manufactured filaments, preventing tangling and ensuring an even web distribution.

- Other natural fibers ( camel hair, mohair,vicuna,alpaca,silk,Yat,etc.): The adaptable tension settings allow for the gentle processing of specialty animal hairs and silks, protecting their natural luster, tensile strength, and unique textural properties.

Comprehensive Support & Equipment Lifecycle Value

Securing heavy industrial machinery demands a reliable long-term partnership. We provide an end-to-end procurement service that covers everything from initial capacity consulting and custom configuration to global logistics and on-site installation. Our engineering team ensures the machinery is properly leveled, calibrated, and integrated into your existing production line, allowing operations to commence with minimal delay.