What are the environmental features of the fully automatic digital self-adhesive label paper automatic cutting machine?

1. Efficient use of materials

The fully automatic digital self-adhesive label paper automatic cutting machine adopts digital printing technology to realize on-demand printing, avoiding the excess labels caused by traditional printing mass production. The intelligent recognition system of the automatic cutting machine can accurately locate the cutting edge, reduce waste generation, and increase material utilization by about 15%-20%.

The equipment has built-in sensors to detect label omissions or position deviations, and automatically adjust to avoid empty or wrong labeling, reducing the ineffective consumption of labels and substrates.

2. Energy-saving design to improve efficiency

The product adopts variable frequency motors and intelligent temperature control systems, and its energy consumption is lower than that of traditional equipment. The equipment is configured with functional modules (such as printing units and die-cutting units) on demand to reduce energy waste caused by the operation of redundant components, while reducing resource consumption in the equipment manufacturing stage. The fully automatic digital printing automatic cutting machine for self-adhesive label paper realizes the automation of the entire process from feeding to finished product sorting, reducing manual intervention and downtime.

3. Reduce pollutant emissions

The fully automatic digital self-adhesive label paper automatic cutting machine uses water-based ink or UV curing ink to replace traditional solvent-based ink, reducing volatile organic compound (VOC) emissions by more than 90%, meeting environmental protection standards. The scraps and waste generated during the production process can be centrally processed through an integrated recycling system, and some materials (such as compostable labels) can directly enter the biodegradable process. Digital printing does not require plate making, reducing the use of chemical developers and films, and reducing heavy metal and wastewater pollution from the source.