Long strip materials are difficult to pack, and traditional methods are efficient and low-cost
In the building materials, furniture, hardware, glass and other industries, companies often face a special type of cargo-non-pallet long profile products, such as PVC pipes, aluminum profiles, door frames, glass strips, etc. These products are long in length, thin in structure, easy to deform, and the edges and corners are easily damaged. Using manual packaging is not only cumbersome, but also the packaging effect is not uniform and not beautiful. It is also easy to be damaged or loose during transportation. Traditional turntable or vertical film wrapping equipment is also unable to adapt to such products due to structural limitations. Under multiple pressures such as shipping efficiency, labor costs, and packaging standards, more and more companies are beginning to look for intelligent solutions for "strip material packaging".
Ring structure design realizes "goods moving and film wrapping" in the film wrapping process
To solve the problem of packaging long goods, the horizontal wrapping machine adopts a ring structure design, and the wrapping film is evenly wrapped on the surface of the long object by "horizontal conveying of goods + circular rotation of film frame". The entire packaging process is controlled by the PLC program, and key parameters such as winding speed, film overlap, and tension can be set to ensure that the film wrapping process is uniform, tight, neat, beautiful, and not loose. Compared with manual film wrapping, the equipment is faster, more stable, and more standardized in appearance, especially suitable for batch shipments and continuous wrapping scenarios.
Higher efficiency, less consumables, one person watching multiple machines is not a dream
The packaging speed of the horizontal wrapping machine can reach 19~57 rpm, the conveying speed is 6~12 m/min, and the suitable cargo width is 300-650mm and the height is 350-650mm. The equipment is equipped with a pre-stretched film rack, which can effectively save the use of film materials, with an average saving rate of 20%-30%. The packaging process does not require manual intervention, and automatically completes the conveying, winding, film cutting, and material discharging. One person can watch 2-3 devices at the same time, and the labor efficiency ratio is increased by more than 2 times. This is undoubtedly an ideal choice for reducing costs and increasing efficiency for companies with tight labor and intensive orders.
Widely adapted to multiple industries to meet diverse packaging needs
This wrapping and packaging equipment is not only suitable for PVC pipes, insulation pipes, fireproof boards, etc. in the building materials industry, but also for door panel lines and cabinet accessories in the furniture industry, metal bars and steel bars in the hardware industry, and can even be used for narrow glass product packaging in glass factories. It also supports the use of different packaging materials, such as wrapping film, composite paper, non-woven fabrics, woven belts, etc., to meet the needs of different customers for packaging sealing, wear resistance, and aesthetics. The equipment can also be connected to the conveyor line and code scanning and labeling system to realize an automatic packaging workstation with full line linkage.
Support non-standard customization, flexible expansion to meet on-site needs
The fully automatic horizontal film wrapping packaging machine not only has standard structural configuration, but also supports non-standard customization services for customer product size, packaging requirements, and production line layout. Pneumatic pressing, film rack lifting, automatic counting, alarm interlocking, protective cover and other functional modules can be selected according to needs to achieve diversified on-site adaptation. At the same time, Dahong supports whole-line planning and provides "design + manufacturing + debugging + after-sales" one-stop service to help customers build a packaging solution that truly suits their own production rhythm and packaging rhythm.