The fabric feeding machine is primarily installed in front of the pressing machine to significantly improve the efficiency of sheets and duvet covers entering the pressing machine. It also flattens fabric, enhances the flatness of ironing, reduces energy consumption, lowers operating costs per unit, and effectively improves safety, preventing accidents.
Safety Precautions for Operating the Weaving Machine:
1. The four legs of the loom should have reliable support points on a sturdy road or building structure (tensioned ropes may be required for securing them in place).
2. The plumb line of the loom housing should be less than one thousandth of the tolerance, and in case of an imminent collapse, the fabric must be stopped immediately.
3. Ensure all connecting foot bolts, support rods, etc. are securely tightened.
4. Partial rotation should not interfere with any distinct part of the building.
5. Minimize the presence of high-voltage transmission lines and other equipment that may induce static electricity.
6. Fabric rods must not be arbitrarily joined together.
7. On-site construction of high-rise residential buildings, wind speed must not exceed 6 levels.
8. After the concrete pouring operation, it is imperative to clean the pipe of the material handler, ensuring the internal cavity is cleared of any remaining concrete.
9. When transferring fabric on a loom, first remove the balancing block, then lift the fabric body to the next process. After installation, hang the balancing block back in place to start working.
10. No alterations, modifications, or replacements to the original design of the weaving machine may be made by any means unless the manufacturer agrees.
11. Conduct on-site inspections and system testing immediately upon installation, and subsequent checks and inspections can be performed at the construction site as scheduled or after each completion. Regardless of the situation, safety checks and inspections must minimize potential risk areas. The placement should be level and securely supported with adequate load-bearing points. The laying machine should be adjusted moderately, with stable support points and proper sealing. Under no hindrance, all rotating components should operate smoothly.
12. Minimize the use of empty frames or power switches for the fabric machine's parking points. Ensure that all parts of the fabric machine maintain a distance of at least 6 meters above the power switches.
13. Ensure there are no unauthorized personnel in the immediate area below and surrounding the fabric machine that is in operation.
14. When operating the controller on the loom, the operator must be focused (safety lies in the hands).
15. Ensure the upper arm is fully rotated (i.e., completes a full circle) when turning. Failure to do so may cause the cable to twist, leading to the fabric mechanism's power supply being cut off, and preventing normal operation.
16. Ensure the upper arm is stationary before pressing the controller; otherwise, it may cause the motor or reducer to overheat and burn out.
17. Threading machine must be thoroughly inspected before and after use (inspection ensures safety). In general, the threading machine requires regular maintenance and care. Before using the threading machine, it is essential to check if the high-pressure clamps on the vertical pipe inside the post and the rotating body can rotate. If they can rotate, it indicates the threading machine is functioning normally; if not, it must be repaired, cleaned, and oiled.

Features of the fabric machine:
Place in front of the ironing machine to enhance safety, eliminate risks, reduce operating costs, and increase profits.
2. Reduce labor intensity by reducing two workers per line, thereby lowering labor operation costs.
3. High-speed automatic fabric feeding, saves time, boosts work efficiency, and increases production by over 50%. Reduces steam, electricity, and labor costs, enhancing profits.
4. Remove a portion of water in advance to enhance work efficiency, reduce energy consumption and labor costs, and increase profits.
5. Synchronous suction and fabric feeding, securely holding the duvet and sheet during transportation, preventing them from being drawn into the bottom and unable to be fed out, regardless of the success of the fabric feeding for the duvet or sheet.
6. Automatic leveling, industry-standard brushes automatically flatten both front and back sides, ensuring flat delivery for sheets, duvet covers, and pillowcases (completely resolving the issue of other conveyer machines only flattening sheets but not properly leveling them), with efficiency and results surpassing any other unrolling machine (this machine flattens on one side only), enhancing the ironing quality of sheets, duvet covers, and pillowcases, improving image, competitiveness, customer satisfaction, and profitability, making it easier to boost business and increase profits.
7. Achieve a processing capacity of 1,000 hotel bed sheets per hour per line upon meeting design specifications.

Main Features and Installation Advantages of the Fabric Sending Machine:
1. The cloth feeding machine is primarily installed in front of the ironing machine to enhance the efficiency of bedding and comforter entry into the ironing machine. It reduces the need for two workers, lessening labor intensity and lowering the unit operating costs.
2. The cloth feeding machine does not require steam or heating, effectively enhancing safety.
3. Equipped with dual-brush motor for both sides, it smooths the fabric from center to both sides during operation, enhancing the flatness of ironing, freeing the staff's hands, and achieving high-speed automatic fabric feeding. This saves time, boosts work efficiency, and increases output by over 30%.
4. Pre-remove some moisture, while reducing steam, electricity, labor, and other operational costs, to increase profits.
5. Synchronized suction and fabric feeding, securely holding the sheet sets during transportation, preventing any fabric or sheet from being drawn into the bottom and unable to be fed. Successful fabric feeding is achievable for both duvet covers and sheets.
6. Unique air duct and airflow adjustment system, with excellent automatic leveling effect and greater energy savings.
7. Enhance the ironing effect of sheets, duvet covers, and pillowcases, improve quality and competitiveness, boost customer satisfaction and competitiveness, and make it easier to increase business and profits.

Features of the Cloth-Transmitting Machine:
1. Centrifugal fans and an optimized duct structure provide a powerful airflow to ensure the linen is flat, spread out, and smoothly delivered.
2. High-quality arrangement of pillowcases, napkins, and tablecloths.
3. Suitable for large bedding items like duvet covers and sheets, enhancing product quality and production efficiency.
4. Significantly reduces manual operation time, enhancing work efficiency and reducing workload intensity.
5. Notable flattening effect, enhancing ironing quality.
6. Speed auto mode, can be synchronized with ironing machine control.
7. Optional high-intensity lighting for checking linen cleanliness, with a dirty-linen-rejection feature to effectively detect soiled linens.
8. Configure discharge grates to enhance conveying efficiency.
9. Adjustable rotary knob controller for easier operation.
10. Downward air duct structure, with lower noise.
11. Reasonable height for the delivery table surface, accommodating the linen truck.
12. Variable air volume of the fan, suitable for various textiles.
13. The lower cleaning door structure allows for easy removal of lint and retrieval of dropped linens.
14. Drawer-type blower fluffy cleaning structure, for easy removal of exhaust fluffy.
15. The articulated discharge machine structure facilitates easy alignment with the laying machine and ironing machine, better accommodating various client layout requirements.
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