This invention discloses a novel blister
packaging machine, comprising a blister forming
system, a material filling
system, an
adhesive application
system, a
film coating and
adhesive fixing system, a traction
punching and output system, and an equipment control center system. The blister forming system includes a plastic blister forming film
workbench, a heating and forming device, a heat dissipation device, and a forming section traction track. The
adhesive application system can be an adhesive
coating device, a spraying device, an dispensing device, a scraping device, or a roller
coating device. The
film coating and adhesive fixing system includes a
film coating workbench and a sealing device. The traction
punching and output system includes a
punching and traction track, a punching device, a finished product
output device, and a waste
output device. This invention, through
fully automated production, applies adhesive to
dialysis paper, aluminum film, or paper-aluminum
composite film, enabling the use of simple
dialysis paper, aluminum film, or paper-aluminum
composite film for blister packaging of various products. This also reduces the cost of blister packaging and minimizes environmental
pollution from discarded blister packaging materials.