Conformal Manufacture Method for 3D Printing with High-Viscosity Material

A conformal manufacture method for 3D printing with high-viscosity material, wherein the method comprises the following steps:

• step 1, using 3D design software to design a 3D model of a component and a conformal contactless support to obtain 3D model data of the component and the conformal contactless support, wherein a gap with a certain thickness is arranged between the support and the component, and an upper surface of the support and a lower surface of the component are consistent morphologically;
• step 2, importing the obtained 3D model data of the component and the conformal contactless support into slice software to obtain multiple slice data of the component and the conformal contactless support;
• step 3, importing the multiple slice data of the component and the conformal contactless support into a 3D printing device, and sequentially scanning a high-viscosity material by laser till completing the printing so as to obtain a component and a support, wherein the component and the support are solid under laser irradiation, and the gap is not irradiated by the laser so as to maintain original shape and properties of the high-viscosity material;
• and
• step 4, removing the support and the uncured materials to finally obtain the component.