The document discusses applications of a thermoformability analyzer to quantify and compare the thermoformability of plastic materials. It outlines key factors that affect thermoformability like material properties, processing parameters, and part design. Current test methods are described as inconsistent and not reflective of actual thermoforming conditions. The thermoformability analyzer aims to address these issues by simulating the full thermoforming process including heating, stretching in 3D, forming, and cooling, under controlled and repeatable conditions. Results from the analyzer can help processors optimize materials and processing parameters for thermoforming. A thermoformability index is proposed as a standardized metric to compare materials.