Secondary Image Measuring Instrument (Manual 2D-40...
Second Imaging Measuring Instrument Equipment Summary:
Secondary Image Measuring Instrument (Manual 2D-4030) This
instrument is applicable to two coordinates measuring for the
purpose of all fields of application, machinery, electronics,
instruments, plastic etc widely used.
Second Imaging Measuring Instrument Main Features
1. Machine structure: It adopts a marble flat base workbench and a cantilever
structure. The equipment has stable accuracy, strong environmental
adaptability, the whole machine is sturdy and not easy to deform,
the humanized operating mechanism design is sturdy, simple and
generous, and the measurement software is powerful and easy to
operate.
2. Mechanism movement: The measuring instrument is three-axis manual control, equipped
with high-standard high-precision polished rods, high-precision
grinding guide rails, and professional measurement software for
measurement.
3. Measurement advantages: Avoid human errors in the "measured workpiece" caused by the
original human detection method, and avoid secondary damage to the
measured workpiece caused by human detection, ensuring the quality
stability and standard consistency of the measured workpiece
product. Improve the inspection efficiency of the production
process several times, discover and control the defective rate of
the production process in advance, reduce some manual inspection
costs, and improve the urgency of product shipment.
Second Imaging Measuring Instrument Software Features
1. It can directly measure 12 types of 2D elements (points, lines,
circles, arcs, rectangles, slots, rings, open curves, closed
curves, cylinders, cones, spheres, and planes). It can measure the
circumference, area, diameter, etc. of curves. It uses the NURBS
curve fitting algorithm, which is closer to real data than other
curve fitting algorithms.
2. There are various measurement methods, including automatic edge
finding, segmented automatic edge finding, direct point selection
on the mouse screen, crosshair point selection, adjacent point
selection, comparison, sharp point selection, contour point
selection, etc.
3. Super strong edge finding algorithm to ensure the accuracy of
sampling points and sampling stability. Automatic pixel correction,
no need for frequent movement, one-click automatic pixel
correction.
