Abstract: A glass shaping apparatus having a housing including a work surface integrally formed to the housing top and a variable-speed drive motor mounted within the housing with a drive shaft, including a grinding surface, protruding through a penetration onto the work surface. The motor includes a manual rotatable thumbwheel for adjusting the speed of the rotating grinding surface for the type of glass being shaped. The sloping design of the work surface accelerates the escape of byproducts and provides complete support to the glass. Attachments for high-speed rotary sawing and engraving of glass at 10,000 revolutions per minute are available.

Abstract: An apparatus for beveling the edges of glass including a base, an exterior case mounted on the base containing a pair of electrical motors, the motors respectively rotating a pair of beveling spindles which extend an adjustable distance through a pair of apertures in the top surface of the case so as to contact and bevel the glass. Mounted above the base at the back exterior of the case is a further electrical motor for directly driving two rotating wheels, a lustering wheel and a polishing wheel. The case further contains a fluid reservoir and tubes for delivering water or wetting agent to the surface of the beveling spindles and switching and electrical circuitry for controlling the three electrical motors and fluid delivery system.