抄録
In recent years, it is essential to adopt the non-traditional machining technologies to produce the products getting a miniature and a precision in many application areas such as electric, electronic, automobile, aerospace and mechanical industrials. But in the cases of using them, the production rate is very low and the initial investment cost is more expensive. Thus there is a need to develop the new technology or the competitive machining method by improving capability of the conventional machine, tooling system and tool in itself. This study focused on selecting the proper CBN wheel and testing the performance for the groove grinding of LM guide blocks. The grinding conditions were changed and, in each grinding, the surface roughness of the workpiece and the radius of the curvature at the groove were measured.
