Sandblasted glass is produced by spraying sand at high velocities over the surface of the glass. This gives the glass a translucent surface, which is usually rougher than that obtained by etching. During sandblasting, only the areas that are to remain transparent are masked for protection. The depth and degree of the translucency of the sand-blasted finishing vary with the force and type of sand used. The sandblasting technique is used to obscure visibility through glass, but the glass continues to still transmit light as it is diffused through the surface. Patterns and designs can be created using a mask which resists the abrasive force of the grit from the sandblaster. The mask can be hand cut or computer cut depending on the design. Sand carving is achieved by blasting away the glass for longer periods to get layers of depth. It^s necessary to use thicker pieces of glass for this and the various depths are made by cutting away more of the resist each time. This can sometimes be a long winded process but is desirable for its three-dimensional appearance. If an image is supplied in a vector format, it can be cut directly using a computer aided cutter. Otherwise, the image in the computer needs to be changed to vector lines the cutter can follow, though this can also be a time consuming process if there is tonality to the image. It is better to supply flat graphic images in this case. Application: Dividers, doors and shower surrounds are some of the most popular architectural uses of sandblasted glass. Sand-blasted glass can be used in numerous interior design applications in both residential and commercial settings: doors, shower screens, partitions and interior screens, furniture, etc.