Diamond saw blade matrix detection indicators and test methods

Diamond saw blade matrix is normally provided by 65Mn, T12 material composition with slotted disc, after quenching and tempering heat treatment is made. The processing required dimensional accuracy and geometrical precision both requirements. Dimensional accuracy requirements include: diameter, diameter, thickness, nozzle, gear units. Shape and position accuracy including: roundness,  polycrystalline diamond   flatness, parallelism, runout, face runout.
Diamond saw blade sawing work must ensure that small deformation, rigidity in order to make uniform thickness sawn slate of board rate. To meet these requirements, you must make multiple blade leveling and stress adjustment. Side jump flatness and smaller, more uniform stress. The better usage of the blade. Currently the world's most advanced set of stress testing and handling equipment based sports school  abrasive wheels as one detected by stress testing and rolling unit, flatness and side jump correction unit, automatic detection unit and PC software control unit four most components. How it works: the first high-precision laser sensor measures the base of the indicators, and then through the PC software control unit determines whether the indicators meet the requirements in order to decide whether or not to stress rolling unit, flatness and side jump correction unit issued a directive , the substrate to be corrected. Can achieve the tension side jump, jump diameter, flatness four indicators integrated automatic processing.
The flatness and side jump test, which flange plane to plane, by laser sensor slide rail precise detection surface of the substrate while rotating the highest point and the lowest point of the distance between the same plane. Some devices also currently 50mm2 area to the highest point and the lowest point of the research object, the substrate  abrasive grinding of the "package" particularly sensitive, and the image is displayed on the screen. If the base body pass, the point of the substrate surface are uniformly distributed to the reference plane in the center of a small control zone.
To the base of stress testing, is the use of a substrate pre a constant deformation, and by the laser sensor 90 axially proximal the deformation amount of the matrix stress detection to quantify the same time, avoiding the thickness and other factors of the stress detection effects.