Once the stability of nylon-12 during MEW was determined, the potential of processing polymers with high melting temperatures was analyzed. The use of MEW for processing new materials allows for the exploration of novel properties in printed samples. Nylon is known for its mechanical properties, and therefore, to demonstrate the potential of material switching in adapting MEW sample properties for specific applications, the tensile behavior of the tubes was analyzed. Furthermore, PCL tubes with identical morphology and fiber dimensions were printed and mechanically tested to highlight the differences in mechanical behavior compared to the commonly achieved properties in MEW. The mechanical behavior of nylon-12 tubes under longitudinal compression can be observed. The sample undergoes repeated relaxation once the applied force is released, demonstrating the elastic behavior of nylon-12. During compression, some fiber release can be observed, which is caused by limited interlayer fusion and bonding. As a test to enhance layer adhesion, the tubes were annealed at 170°C for 5 min. 170°C