Die-cutting precision depends on more than just mechanical settings; thermal expansion of the rules during a shift and moisture-driven substrate changes (shrinkage or expansion) are primary drivers of Die Registration Drift. Furthermore, asymmetrical wear on the ejection rubbers can exert uneven pressure on the sheet, causing it to pivot slightly at the moment of impact with the blades.

The primary solution involves maintaining strict climate control (temperature and humidity) within the facility and using stable materials for die construction. By carefully monitoring these variables and calibrating the machine before mass production begins, manufacturers can prevent minor errors from accumulating into large-scale rejections. Adhering to these standards ensures consistent quality throughout the entire manufacturing process.