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| Customization: | Available |
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| Voltage: | 100-240V |
| Warranty: | 1 Year |
| Shipping Cost: | Contact the supplier about freight and estimated delivery time. |
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When winding single-mode optical fibers, the active feeding machine has the following advantages:
1. Precise wire feeding speed control: The active feeding machine can precisely control the wire feeding speed of single-mode optical fibers. During the winding process, a stable and precisely adjustable wire feeding speed is crucial. It ensures that the optical fibers are evenly wound on the target object, avoiding problems such as uneven winding and inconsistent tightness caused by unstable speed, thereby improving the winding quality.
2. Precise tension control: It can precisely control the tension of single-mode optical fibers. Single-mode optical fibers are relatively fragile, and excessive tension may damage their internal structure and affect their optical performance; too little tension may cause the winding to be loose and prone to loosening in subsequent use. Through an advanced tension control system, the active feeding machine can adjust the tension in real time according to the actual situation during the winding process, ensuring that the optical fibers maintain the appropriate tension throughout the winding process, neither damaging the fibers nor achieving the best winding effect.
3. Improving winding accuracy: Combined with high-precision winding equipment, the active feeding machine can achieve extremely high winding accuracy. It can precisely control the position of the optical fibers according to preset winding parameters (such as winding pitch, number of layers, etc.), ensuring that each circle of the optical fibers has the required position and pitch, thereby improving the consistency and reliability of the product.
4. Reducing fiber damage: Due to the smooth feeding process and precise tension control, the active feeding machine can effectively reduce the friction, stretching, and other damages that the optical fibers suffer during the winding process. This is crucial for ensuring the optical performance and service life of single-mode optical fibers, especially for applications such as communication trunk lines and high-precision sensing that require extremely high fiber performance.



