Steam Label Shrink Machine Automatic Label Heat Shrink Machine Bottle Sleeve Labeling Machine with Steam Generator 220V

Product Overview: <br>The steam label shrink machine‌ is a steam-heated film shrinking device primarily used for heat-shrinking sleeve labels on plastic bottles. It features automated operation, even steam heating, high stability, and high efficiency. Compared to electric heat shrink machines, it delivers superior shrinkage results without bottle deformation, ensuring smooth and wrinkle-free finishes. Ideal for breweries, beverage plants, pharmaceutical factories, and cosmetic manufacturers. <br> <br>Product Parameters: <br>1. Voltage: AC220V <br>2. Phase number: 3 <br>3. Production capacity: 0-49ft/min (0-15m/min) <br>4. Temperature control: 0-100℃ <br>5. The form of movement: straight line <br>6. Maximum power: 24KW <br>7. Suitable packing material: PVC, PET, PP, PA <br>8. Machine material: SUS304 Stainless steel <br>9. Package size: 70.8"*31.9"*67.3" (180cm*81cm*171cm) <br> <br>Net weight / Gross weight: 379.2lbs(172kg) / 540.1lbs(245kg) <br> <br>Precautions: <br>1. Circuit installation tips: Please turn off the power supply and water supply before installation. <br>2. The power supply must be equipped with an independent supporting control switch, overload protection, and leakage protection switch. It should be connected to reliable grounding protection, and wiring must meet the corresponding power standards. All grounding must comply with national regulations. <br>3. Power supply voltage must be maintained within ±5% fluctuation range, otherwise equipment operation may be affected. For 220V connections, correctly identify the neutral wire (marked 'N') to prevent incorrect wiring. <br>4. Do not reach your hands into the heating chamber or touch the heating tunnel casing while the machine is operating to prevent burns. <br> <br>Operating Instructions: <br>Note: Before use, carefully check whether all parts are properly installed and ensure all connections are tightly secured. Then proceed according to the operating procedure. <br> <br>Operating Procedure: <br>(1) Open the water supply valve; <br>(2) Connect the power supply; <br>(3) Turn on the power switch: Check if the power indicator light is on; <br>(4) Check if the water refill indicator light is on; <br>(5) After water refill is completed, check if the water refill indicator light turns off; <br>(6) When the water level is normal, check if the heating light is on; <br>(7) After 5~10 minutes, check if the temperature display reaches 100℃; <br>(8) Adjust the conveyor chain mesh to the appropriate speed for shrinking; <br>(9) After use, turn off the power and drain the wastewater. <br> <br>Item Included (056705): <br>Steam Label Shrink Machine with Steam Generator *1 <br>Accessory Kit *1

• Steam Exhaust Port: Equipped with a steam exhaust port, it allows for external piping connections to rapidly discharge residual steam and balance chamber pressure, preventing condensate accumulation that could compromise label shrinkage quality.
• Four-layer Jet Nozzle System: The four-layer jet nozzle design features adjustable spray length, direction, and intensity, ensuring uniform heat-shrinkage of labels. This effectively eliminates wrinkles and deformation issues, significantly improving packaging qualification rates and overall shrinkage performance.
• Steam Jet Nozzle‌: The steam nozzles feature adjustable angles and coverage range on both sides of the machine, ensuring uniform steam distribution across packaging containers of various shapes to enhance label shrinkage smoothness and adhesion quality.
• Fan: There is a fan installed above the heating chamber, which generates circulating airflow to prevent localized overheating during the heating process and ensures more uniform heat distribution. This results in excellent packaging quality.‌
• Air Damper Adjustment: The air damper adjustment primarily regulates airflow distribution within the heating chamber. Its key feature is precise control over air volume and direction, ensuring uniform circulation of steam and hot air to prevent localized overheating or temperature disparities.