Printing on aluminum foil can create a custom, product-protected foil logo, and is an easy way to boost brand image and deliver a high-quality product. Our selection of printers has been used by a variety of industries for this exact purpose for decades.
This is a small sample of the products we offer which can print and code on Aluminum Foil Substrates:
The compact S-6000 Plus Standard is perfect for identifying cartons with printing up to 17mm high text and bar codes while the Duo allows for printing up to 34mm high characters. The 17mm high print heads are available with manual or motorized print head shutters.
The S-7000 Trio and Quatro are ideal for high resolution printing directly onto cartons, trays and sacks, with a printing heights of up to 50mm or 67mm respectively.
The S-6000R Plus Remote has 17mm high print heads with manual or motorized print head shutters. Print heads are mounted on a cable for extending into machines or hard to reach places.
The S-1000 is a modular inkjet system allows you to connect up to four independent 17mm high print heads to be integrated with one controller to suit your application. The system can be provided with the print head in the casing, with it mounted remotely or a combination of both. The control box can be mounted up to 10 meters from the print heads.
Griffin Rutgers: Alumnium Substrates
Low density polyethylene (LDPE) and flexible metallized films like aluminum foil, are widely used for confectionary and salty snacks packaging. Flexible packaging is the fastest growing packaging type driven by innovations including zippers, gussets and windows. Flexible packaging is also popular because of portion control packaging and lower transportation costs.
Medical aluminum foil is the material sealed onto a plastic film. The advantages of using this type of seal is that it is non-toxic, corrosion resistance, heat resistant, moisture and light resistant, and resistant to high-temperature sterilization. The typical thickness is usually 0.02 millimeter, consisting of a protective layer, printing layer, base material, and an […]