What material types can a 3D cutter work with that are not suitable for 3D printers?

A 3D cutter is designed to work with materials that are often rigid or tougher compared to those typically used in 3D printing. Glass, metal, and wood are materials that can withstand the mechanical processes involved in cutting, making them suitable for a 3D cutter.

While 3D printers typically utilize thermoplastics, resins, or similar materials that can be melted and extruded, harder materials like glass and metal require different handling altogether. A cutter has the capability to precisely saw, engrave, or shape these types of materials, which is why they are appropriate for 3D cutting processes.

This capability distinguishes the applications of a 3D cutter from conventional 3D printers, as the latter cannot handle such materials due to their methods of operation. The other materials listed in the other choices are either too flexible or soft (like plastic and rubber, or textures like paper and textiles) that do not make the best candidates for cutting when comparing to the rigidity and structural integrity of glass, metal, and wood.