Points: point, midpoint, intersection, highest point, lowest point

Line: straight line, tangent line, perpendicular line, parallel line, bisector

Circle: partial circle, ellipse, tangent circle

Angle: included angle, horizontal angle, vertical angle

Position tolerance: straightness, convexity, profile, perpendicularity, parallelism

Auxiliary generation: including auxiliary points, auxiliary lines, and auxiliary circles

Ra, Rq, Rz (Ry), Rz (DIN), R3z, Rz (jis), Rp, Rv, Rt, Rsk, Rsm, Rc, Rpm, Rku, Rdq, Roc, Mr1, Mr2, Rpk, Rvk , Rk , Rdc, A1, A2, R, Rx, AR, Rcp, Rmax, Rz-ISO

wt, wa, wp, wv, wq, wc, wku, wsk, w, wx, wz, wsm, wdc, wte, wmr, Aw, c (wmr) wmr ( c), wdq

● Domestic first technology with independent intellectual property rights: using grating sensor to meet the measurement of roughness and contour size at the same time

● Using the interference scanning grating ruler, the resolution can reach 1nm, which can meet the ultra-high precision measurement

● The ultra-high-resolution sensor can meet the measurement of roughness and contour size at the same time, and there is no need to replace the sensor during the measurement process

● Compatible with large range and high precision at the same time, it can meet the integrated measurement of the roughness and size of irregular surfaces such as curved surfaces, cylindrical surfaces, and free-form surfaces

● The unique roughness evaluation algorithm and position compensation method can effectively correct and compensate the measurement error that the measured surface is non-planar, and effectively ensure the high precision and high accuracy of measuring the surface roughness and arc surface workpiece roughness as the plane roughness

● The guide rail with close to zero friction coefficient without mathematical method correction can maintain high-precision measurement reference for a long time, and the accuracy is consistent

● Custom templates, batch measurement, automatic labeling