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Capacity: 0-15 parcel/min
Packing size: Max. 450×270×330mm
Power: 380V, 50/60Hz, 1.5KW. 20KW(customized)
Sealing cuting system: 925×1040×1920mm
Shrinking tunnel: 1500×500×400mm
Shrinking system: 2500×850x1400mm
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The Infrared Film Shrink Cutter for Bottles integrates infrared heating and precision cutting into one automated system, specialized for bottle packaging lines (compatible with 10-20m long production lines) . Unlike traditional heat guns that require manual positioning, its four-sided infrared heating tunnel (made of heat-insulating ceramic material) delivers consistent temperature control, while the built-in high-hardness steel cutter trims excess film post-shrinking—cutting edges are smooth and burr-free, eliminating secondary processing. This machine is a game-changer for beverage, cosmetic, and pharmaceutical bottle packaging, boosting line efficiency by 40% and reducing film waste by 8%.
Dual-Function Integration: Infrared heating (220V power, single-heater power: 0.8KW) with simultaneous high-speed cutting, achieving 0.1mm cutting precision . The cutting module uses a servo motor (rotation speed: 1500rpm) to ensure stable cutting even at maximum conveying speed.
Bottle-Specific Design: Adjustable bottle guides (made of food-grade nylon) fit diameters from 30mm to 150mm, compatible with plastic (PET, HDPE), glass, and metal (aluminum, tinplate) bottles. It also adapts to special bottle shapes (e.g., cylindrical, square, flat bottles) by replacing guide inserts (3 sets included).
Energy-Efficient Heating: Infrared heaters with rapid warm-up (30 seconds, reaching target temperature in 2 minutes) and zone temperature control (50-300°C, 4 independent heating zones) . An insulation layer (50mm thick) around the tunnel reduces heat loss, cutting energy use by 25% compared to uninsulated models.
Reliable Safety System: Overheat protection (automatic shutdown when temperature exceeds 320°C) and emergency stop button (both on the control panel and machine side); a transparent safety shield (PC material, 5mm thick) around the cutting module prevents accidental contact, and a safety light curtain stops operation if hands enter the working area.
Beverage Industry: Carbonated drinks (e.g., cola, soda), mineral water, and juice (e.g., orange, apple juice) bottle bundling (6-pack, 12-pack configurations), as well as functional beverage (e.g., sports electrolyte drinks) multi-packs.
Cosmetics: Lotion bottles (e.g., body lotion, hand cream), shampoo bottles, and perfume bottle sets (e.g., 3-piece mini perfume sets) packaging to enhance brand presentation.
Pharmaceuticals: Syrup bottles (e.g., children’s cough syrup) and oral solution bottles (e.g., vitamin B oral solution) outer film wrapping, ensuring product integrity and anti-counterfeiting.
Household Chemicals: Detergent bottles (e.g., liquid laundry detergent), cleaning spray bottles (e.g., glass cleaner), and fabric softener bottle multi-packs for retail display.
Q: What’s the maximum production speed?
A: Up to 15m/min conveying speed, supporting 300-500 bottles per minute depending on bottle size—for 500ml cylindrical bottles (diameter 70mm), it reaches 450 bottles/min; for 1L square bottles (diameter 100mm), it supports 320 bottles/min.
Q: Does it work with all shrink films?
A: Optimized for POF and PVC films (0.03-0.08mm thickness), the most common materials for bottle packaging . POF film is recommended for low-temperature environments (0-10°C) as it has better flexibility, while PVC film is suitable for room-temperature storage.
Q: How to adjust for different bottle heights?
A: The infrared tunnel height adjusts manually (50-450mm) with a hand crank (rotation 10 turns = 50mm height change), and the cutter position syncs automatically via infrared sensors—simply input the bottle height (30-400mm) on the touchscreen, and the cutter moves to the correct position in 5 seconds.
Q: How often should the cutting blade be replaced?
A: Under normal use (8 hours/day, 5 days/week, processing POF film), the high-hardness steel cutting blade (HRC 58-60) can be replaced every 3 months; if processing abrasive materials (e.g., PVC film with high plasticizer content), replace it every 6 weeks to maintain cutting precision.
The Infrared Film Shrink Cutter for Bottles integrates infrared heating and precision cutting into one automated system, specialized for bottle packaging lines (compatible with 10-20m long production lines) . Unlike traditional heat guns that require manual positioning, its four-sided infrared heating tunnel (made of heat-insulating ceramic material) delivers consistent temperature control, while the built-in high-hardness steel cutter trims excess film post-shrinking—cutting edges are smooth and burr-free, eliminating secondary processing. This machine is a game-changer for beverage, cosmetic, and pharmaceutical bottle packaging, boosting line efficiency by 40% and reducing film waste by 8%.
Dual-Function Integration: Infrared heating (220V power, single-heater power: 0.8KW) with simultaneous high-speed cutting, achieving 0.1mm cutting precision . The cutting module uses a servo motor (rotation speed: 1500rpm) to ensure stable cutting even at maximum conveying speed.
Bottle-Specific Design: Adjustable bottle guides (made of food-grade nylon) fit diameters from 30mm to 150mm, compatible with plastic (PET, HDPE), glass, and metal (aluminum, tinplate) bottles. It also adapts to special bottle shapes (e.g., cylindrical, square, flat bottles) by replacing guide inserts (3 sets included).
Energy-Efficient Heating: Infrared heaters with rapid warm-up (30 seconds, reaching target temperature in 2 minutes) and zone temperature control (50-300°C, 4 independent heating zones) . An insulation layer (50mm thick) around the tunnel reduces heat loss, cutting energy use by 25% compared to uninsulated models.
Reliable Safety System: Overheat protection (automatic shutdown when temperature exceeds 320°C) and emergency stop button (both on the control panel and machine side); a transparent safety shield (PC material, 5mm thick) around the cutting module prevents accidental contact, and a safety light curtain stops operation if hands enter the working area.
Beverage Industry: Carbonated drinks (e.g., cola, soda), mineral water, and juice (e.g., orange, apple juice) bottle bundling (6-pack, 12-pack configurations), as well as functional beverage (e.g., sports electrolyte drinks) multi-packs.
Cosmetics: Lotion bottles (e.g., body lotion, hand cream), shampoo bottles, and perfume bottle sets (e.g., 3-piece mini perfume sets) packaging to enhance brand presentation.
Pharmaceuticals: Syrup bottles (e.g., children’s cough syrup) and oral solution bottles (e.g., vitamin B oral solution) outer film wrapping, ensuring product integrity and anti-counterfeiting.
Household Chemicals: Detergent bottles (e.g., liquid laundry detergent), cleaning spray bottles (e.g., glass cleaner), and fabric softener bottle multi-packs for retail display.
Q: What’s the maximum production speed?
A: Up to 15m/min conveying speed, supporting 300-500 bottles per minute depending on bottle size—for 500ml cylindrical bottles (diameter 70mm), it reaches 450 bottles/min; for 1L square bottles (diameter 100mm), it supports 320 bottles/min.
Q: Does it work with all shrink films?
A: Optimized for POF and PVC films (0.03-0.08mm thickness), the most common materials for bottle packaging . POF film is recommended for low-temperature environments (0-10°C) as it has better flexibility, while PVC film is suitable for room-temperature storage.
Q: How to adjust for different bottle heights?
A: The infrared tunnel height adjusts manually (50-450mm) with a hand crank (rotation 10 turns = 50mm height change), and the cutter position syncs automatically via infrared sensors—simply input the bottle height (30-400mm) on the touchscreen, and the cutter moves to the correct position in 5 seconds.
Q: How often should the cutting blade be replaced?
A: Under normal use (8 hours/day, 5 days/week, processing POF film), the high-hardness steel cutting blade (HRC 58-60) can be replaced every 3 months; if processing abrasive materials (e.g., PVC film with high plasticizer content), replace it every 6 weeks to maintain cutting precision.
