An information processing method for generating slice data in a shaping apparatus configured to manufacture a three-dimensional object including a shaping object by sequentially stacking shaping materials based on the slice data generated for each layer, the information processing method including the steps of: acquiring cross-sectional data; judging the presence/absence of a support required region; determining a type of the support to be disposed in the support required region; and generating, as the slice data of a target layer, image data including a structure region indicating the cross-section of the shaping object in the target layer and a support region indicating the cross-section of the support.

A method for creating a sculpture is disclosed. Such a method may include importing a two-dimensional image into a computer having a 3D sculpting program, and using said program to create a three-dimensional model of the two-dimensional image. A prototype of the three-dimensional model may then be printed with a 3D printer. The prototype may then be placed into a container and submerged in a casting solution. Once the casting solution cures, forming a mold, the prototype is removed, and a molding material may be poured or inserted into the void resulting from the removal of the prototype. Once the molding material is cured, it may be removed from the mold, forming a three-dimensional sculpture. Such methods may be used for casting such decorative objects as intaglios, reliefs, plaques, cameos, busts, silhouettes, medallions, and coins.

An information processing method for generating slice data in a shaping apparatus configured to manufacture a three-dimensional object including a shaping object by sequentially stacking shaping materials based on the slice data generated for each layer, the information processing method including the steps of: acquiring cross-sectional data; judging the presence/absence of a support required region; determining a type of the support to be disposed in the support required region; and generating, as the slice data of a target layer, image data including a structure region indicating the cross-section of the shaping object in the target layer and a support region indicating the cross-section of the support.

A system for cutting artisanal ice including a first sliding table having defining a first direction, a first saw guide disposed above the first sliding table and perpendicular to the first direction, a first saw coupled to the first saw guide, a first pushing arm extending laterally across the first sliding table, the first pushing arm configured to translate along the first, a pivot table pivotably coupled to the first sliding table, the pivot table configured to pivot between a first coplanar position to a second downward position, a second sliding table defining a second direction, wherein the second direction is perpendicular to the first direction, a second pushing arm configured to translate along the second direction, a second saw guide disposed above the second sliding table and perpendicular to the second direction and a second saw coupled to the second saw guide.