Abstract: An anodic oxidation-assisted grinding apparatus includes an electrolyte supply passage configured to pour an electrolyte at least between a cathode and a workpiece, a direct current power source configured to apply a direct current, via the electrolyte, to an anode, the cathode, and the workpiece to form an anodic oxidation film on a surface of the workpiece, and a grindstone configured to grind the anodic oxidation film formed on the surface of the workpiece.

Abstract: [Problem] To machine a workpiece such as a hard brittle material or difficult-to-cut material innovatively and accurately and to improve the machining rate significantly. [Solution Means] In grinding a workpiece W by a cup grinding wheel 3 while supplying a slurry 5 containing abrasive grains, the grinding wheel 3 is rotated at low peripheral speed. No more than 500 m/min., preferably 30 to 430 m/min., is appropriate for the peripheral speed of the grinding wheel 3. The slurry 5 at a flow rate of no more than 4.0 ml/cm2/h, preferably of 1.0 to 2.0 ml/cm2/h is dropped or sprayed little by little onto a ground surface of the workpiece W.

Abstract: [Problem] To machine a workpiece such as a hard brittle material or difficult-to-cut material innovatively and accurately and to improve the machining rate significantly. [Solution Means] In grinding a workpiece W by a cup grinding wheel 3 while supplying a slurry 5 containing abrasive grains, the grinding wheel 3 is rotated at low peripheral speed. No more than 500 m/min., preferably 30 to 430 m/min., is appropriate for the peripheral speed of the grinding wheel 3. The slurry 5 at a flow rate of no more than 4.0 ml/cm2/h, preferably of 1.0 to 2.0 ml/cm2/h is dropped or sprayed little by little onto a ground surface of the workpiece W.

Abstract: To facilitate with high accuracy adjustment of a minute angle degree and also to sufficiently secure the rigidity of a whole device after the adjustment.

Abstract: The present invention facilitates with high accuracy the adjustment of a minute angle degree, and also is capable of sufficiently securing the rigidity of the whole device after the adjustment and provides good operability, accuracy, and rigidity. Provided are a workpiece attaching body having a workpiece attaching surface and a rotating body rotatably supporting the workpiece attaching body.

Abstract: The present invention facilitates with high accuracy the adjustment of a minute angle degree, and also is capable of sufficiently securing the rigidity of the whole device after the adjustment and provides good operability, accuracy, and rigidity. Provided are a workpiece attaching body having a workpiece attaching surface and a rotating body rotatably supporting the workpiece attaching body.

Abstract: To facilitate with high accuracy adjustment of a minute angle degree and also to sufficiently secure the rigidity of a whole device after the adjustment.