The FAQ on the product page addresses a question that buyers ask more often than the manufacturer expected. Can the machine handle printed or inked paper? The answer is yes, and standard printed paper usually does not affect bubble-forming performance or output quality. That answer is worth expanding, because printed paper opens up applications that plain kraft paper does not.
The first application is branding. Retailers that want the packaging to reinforce the brand can use paper printed with the company logo, a pattern, or a message. The printed paper forms the same way as plain paper, and the printed surface remains visible on the finished cushioning. For brands that invest in the unboxing experience, printed cushioning is a way to extend the brand identity into the protective material, not just the box.
The second application is guidance. Retailers that want to communicate recycling instructions or a sustainability message can print that message on the paper. The customer sees the message when the package is opened, and the message can explain that the cushioning is paper-based and goes into the paper recycling bin. That guidance increases the likelihood that the material is disposed of correctly.
The third application is internal identification. Warehouses that handle multiple product lines can use different printed patterns to identify which cushioning belongs to which line. That helps with inventory management and reduces the risk of using the wrong material for a specific product.
The limits are worth understanding. The FAQ says standard printed paper usually does not affect performance, which implies that some printed paper might. Heavily coated or laminated paper is a different material from standard printed kraft paper, and the coating can interfere with the forming process. The machine is designed around specialty kraft paper, and printed paper should still be specialty kraft paper with printing on top, not a coated or laminated substitute. Buyers should confirm with the paper supplier that the printed paper meets the specialty kraft paper specification.
There is also a practical consideration about ink. Water-based inks are common in food-safe and environmentally friendly printing, and they are compatible with paper recycling. Solvent-based inks may affect recyclability and may not be suitable for applications where the cushioning contacts the product directly. Buyers should confirm the ink type with the paper supplier and check whether it is compatible with the recycling pathway they intend to use.
Aircosan manufactures paper bubble machines at its own facility in Foshan, Guangdong, and builds units up to 80cm wide. The machines accept single-layer specialty kraft paper in the 70 to 140 gsm range, with heavier grades up to 160 gsm on high-volume models. The forming pressure adjusts automatically based on the actual paper thickness, so printed paper that meets the specialty specification forms the same way as plain paper.
The practical guidance is to test a sample before committing to a print run. Run a small batch of printed paper through the machine, inspect the formed cushioning, and test it under load. If the printing is compatible with the specialty paper specification and the ink is suitable for the recycling pathway, the printed paper will perform as expected. If the printing interferes with the forming or the ink is not compatible, the test will reveal the problem before the full print run is ordered.