Ultrasonic Non-woven D-Cut and Box Type Bag Making Machine

Green Ohm specializes in the design and manufacture of non-woven bag making machines, including non-woven cross-cutting machines and zipper bag making machines. Our focus is straightforward: build reliable equipment, deliver consistent quality, and earn long-term trust from our customers.

The Ultrasonic Non-woven D-Cut and Box Type Bag Making Machine is specifically developed to improve the efficiency and product quality of modern non-woven bag production. This machine is compatible with both standard and laminated non-woven fabrics and integrates optical sensing, ultrasonic welding technology, and PLC computer control into a single system.

Compared with traditional heat-sealed or hand-sewn non-woven bags, bags produced by this Ultrasonic Non-woven D-Cut and Box Type Bag Making Machine feature stronger seams, cleaner edges, and a more refined appearance. The automated production process ensures stable performance, reduces manual intervention, and supports consistent output.

Finished bags are widely used for packaging in industries such as clothing, footwear, beverages, alcoholic products, and gift packaging, where durability and appearance are equally important.

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  D-cut Non Woven Bag

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  Fodable Non-woven Bag

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  Non Woven Drawstring Bag

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  Non Woven Handle Bag

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  Non Woven Vest Bag

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  Non-woven Flat Pocket Bag

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  Zippered Non Woven Bag

Technical Parameters  

Features:

1. The ultrasonic non-woven fabric D-cut and box-type bag making machine is the latest fully automatic non-woven fabric bag making machine.

2. It uses environmentally friendly non-woven fabric as raw material, combining photoelectric technology, ultrasonic bonding technology, and computer PLC control.

3. It completes processes such as handle making, cutting, three-dimensional forming, and compaction in one go. It truly solves the problems of high cost and low efficiency associated with manual non-woven box-type bags.

4. The finished bags are more aesthetically pleasing and stronger than ordinary bags. It is widely used in the production of packaging bags for clothing, footwear, beverages, and gifts.

5. The compact and reasonable structure and comprehensive fault detection sensors improve operating speed and mold change speed. It saves more labor, improves efficiency, creates higher value for customers, and helps you maintain a leading position in market competition.