This automatic packing machine provides an efficient solution for shrink wrapping fiber panels for shipping and storage. Only one operator is needed to run the machine, significantly reducing labor costs compared to manual packing methods.
The machine can shrink wrap between 1 to 8 fiber panels per minute, depending on panel size. Different sized panels from multiple production lines can be packed on the same machine by simply adjusting the panel width guides and film width.
Technical Data
Control: PLC Structure Material: Carbon Steel
Structure Material: Carbon steel Length:2000mm
Packing Objects: Shrinking tunnel:4000mm
Length: 300-1000mm Heating Power Consumption: App.15Kw
Width: 30-500mm Calorific: 4PCS
Height: 180-500mm Cooling Fans: 1 Group
Height of Working Table: app. 800mm Temperature: 100℃-220℃
Conveyor speed: app. 4-9m/min Packing Material: PE/POF film with reserve pore.
Packaging Type: Full packaging Power Supply: 380V
Packing Material:
PE/POF/PVC film with reserve pore.
Sealing part power consumption: app.1.8KW
Power Supply: 380V
Air Supply: 6~8kgf/cm2
The packing process starts when the operator loads an unfaced fiber panel onto the infeed conveyor. The panel is conveyed into the wrapping area where heat-shrink film is automatically pulled from a roll and wrapped around the panel.
Controlled heat is then applied to the heat-shrink film using infrared heaters, causing the film to shrink and form a tight, conforming seal around the panel edges. The securely wrapped panel is discharged onto the outfeed conveyor.
The operator continually loads panels onto the infeed conveyor to maintain a steady flow through the wrapping station. The automatic wrapping cycle ensures a consistent shrink wrap is applied to all panels, protecting them from damage during transport and storage.
This fiber panel packing machine provides an automatic solution for shrink wrapping panels with heat-shrink film. The consistent, tight seal created by the machine wrapping and shrinking process helps protect the panels at a much higher throughput compared to manual wrapping methods while requiring only one operator.