Using the same printing parameters, we successfully transform the LAL polymer (𝑓 = 0.31, 𝜆 = 0.25) into more complex 3D structures. Specifically, we print a 3D honeycomb structure with a layer thickness of 300 𝜇𝑚 (Fig. , upper panel; Movie S1). Due to the melt-based processing approach, there is no observable volumetric shrinkage in the printed structure, contrasting to the significant shrinkage of ~50% in prior solvent-assisted DIW printing of elastomers . Leveraging the inherent reprocessability of the LAL polymers, we recycle the printed honeycomb structure and use it as the feedstock for printing a gyroid, a type of 3D structure with a complex internal feature that is typically not possible to create by conventional molding. Because the printing process is solvent-free and the deposited material does not shrink or warp significantly, we can create a gyroid with good fidelity, as shown in the lower panel of Remarkably, the printed gyroid is repeatedly compressed up to 𝜖 𝑐 of 60%, the highest value due to the instrumentation limit in measuring stress, without noticeable damage or plastic deformation, as