2D Optical Measurement Equipment Coordinate Measuring Machine 0.001mm Resolution

Mechanism and Application Characteristics of Coordinate measuring machine:

1. Construction of the instrument:

Designed with workbench of a marble panel base and cantilever-type mechanism, the instrument is characterized by steady accuracy, good adaptability to working environment, simple, strong, non-deformable and good-looking body structure, and ergonomically designed operating mechanism, and meanwhile is equipped with powerful measuring software and is easy to operate.

2. Movement of Mechanism:

With tri-axial manual control mode, this measuring instrument is equipped with high-accuracy polished rod, FUSHUO high-accuracy guide rail, and meanwhile coupled with professional Aocheng measuring software for measuring.

3. Merits with the non-contact auto-measuring instrument:

This instrument can avoid human error of the “Object Work Piece” as caused by manual measuring, and can as well avoid secondary damage caused to “Object Work Piece” by manual measuring, with ensured mass stability and criteria consistency of the object work piece. This instrument can enhance multi-fold the detecting efficiency in the production process, identify the defects and control over non-yields beforehand in production process, and can meanwhile help lower part of the costs spent on manual detection, and increase the timeliness of product delivery.

4. Applicable scope:

this measuring instrument can be used for dimensional accuracy measurement of various molds, aircraft, automobile, mobile phone, computer, metals and hardware, plastics, electronics, die-cutting, screen printing and stencil, LCP film, PCB board, FPC, LCDTFT, glass cover-plate, TP, and frame of ultra-large LCD, as well as for auxiliary measurements such as 2D and 3D measuring as needed in reverse engineering, graphic R&D, design, plotting and editing, and laboratory, etc.

Technical parameters

Configuration List:

Introduction to the software functions:

Software interface

A. Multiple measuring methods, including auto edge-tracing, auto sectional edge-tracing, mouse on-screen point fetch, crossline pointing, proximity pointing, contrast and pinnacle pointing, contour pointing, probe pointing, laser pointing, and etc.

B. Powerful edge-tracing algorithm ensures sampling point accuracy and automatic pixel correction on sampling stability,
where, one stroke will enable automatic pixel correction, needless to shift frequently.

C. Element construction
Element structure technique, offers multiple methods, such as shifting, rotating, extracting, combining, paralleling,
plumbing, mirroring, symmetry, intersecting, tangentially structured elements; Element structure will enable user to
tackle some elements hard to measure, and consequently resulting in increased working efficiency; The compositional
process is to select elements for compositional involvement, select the result element, clear and simple. Options for
composition methods available in form of illustration.

D. Ample report functions

E. Red out-of-tolerance warning
In case of out-of-tolerance of the measuring result, the specific element and item of element can be displayed, and the
derived EXCEL may the same prompt which item is out of the tolerance.

F. Ample functions of the image window
Can display magnification ratio and scale, and can do simple distance and angle measuring

G. Ample functions of coordinate system
Can establish multiple coordinate systems on the basis of the actual circumstance, can switch flexibly data under all
coordinate systems, can achieve conveniently switchover between straight angle coordinate system and polar coordinate
system, can achieve the save and call-out of different coordinate system, and can display different modes of coordinate system.

H. Convenient program editing and modifying

Enable to modify conveniently light source data, kinetic data, focusing data, program location, measuring height, and
etc., as well as can replace existing elements with new elements.

I Ample tolerance functions
Multiple calculations of size and geometric tolerance available; Allowable for calculating 2D and 3D tolerance, e.g,
geometric tolerance as roundness, cylindricity, linearity, planeness, etc., as well as tolerances as location, parallelism,
verticality, tilt, concentricity, pulsation, etc.

J. Map navigation, scanning and contour tracking software provides powerful navigation functions

Can scan whole map by assigning a starting point and finishing point, and can also import the pictures taken by external
sensors for navigation; The scanning function can be used in reversing function, can designate starting point and
finishing point of the scanning, and special design algorithm; allow to increase scanning accuracy and practicality
through filtering impurities; allow to track open or closed graphics to have contour tracking, so as to obtain desired
contour. Can set number of scanning point, on contour, and software can automatically calculate scanning spacing.

K. Powerful tagging function

Available in multiple tagging types, for example, tagging of Distance, Angle, X Distance, Y Distance, Radius, Diameter,
Arc Length, and etc., allows to change position after tagging is finished, as well as to automatically tag user, that will
remain after program is over.

L. Probe measuring

Powerful functions of software probe measuring enable to character 2D & 3D elements such as height, plane, cylinder,
cone, sphere, ring, etc., and support multiple methods for establishing 3D coordinates system, with rapid and efficient
programming.

M. Composite measuring of probe and image

Composite measuring by complementing probe with image optical system achieves multi-purpose measuring of image
and probe.

N. Workpiece array and array macro function

Such function is applied in automatic image measuring instrument. When a bunch of identical workpieces are placed and
literally equally spaced on one measure fixture, measure one of the workpieces at first, before measure all the
workpieces on the measure fixture. This will not only save the time for edge-tracing measuring, but also simplify the
user program.

O. Laser measuring
Laser measuring sees an increasing popularity in imaging device measuring. Our software is also improved and
optimized responding to the measuring call. We herein introduce as below:

P. Connection and interfacing with laser
Currently, our measuring device can connect with laser of following brands: Keyence, Panasonic, Omron, Miyi, Stil,
ERT, Sunny, and etc. Select the laser and COM you wish to connect with in the Laser List in the Parameter Setting.
(After connection, the measuring method using laser measuring is indicated as below(L: Reading of the line is the
current laser reading, and corresponding interface of laser measuring will also pop up in the Graphic Zone)

Q. Synchronization of laser and image
Before laser measuring, first to synchronize the laser and image, before following measuring can be performed. Using a
sample, find a cusp on the picture, before shift the crossline center to such cusp to call out the coordinate value, before
shift the laser spot to such cusp to call out the coordinate value of such cusp, click to confirm to wrap up the
synchronization, to achieve the image programming laser measuring.
(With this, in subsequent measuring process, whatever laser spot mining or imaging spot mining, they can be shifted to
the element center already mined)

R. Workpiece array macro
Responding to circumstances of placing simultaneously multiple identical or different fixtures on workbench, array on
each fixture can be identical or different. User can simply replace the fixture after measuring workpieces on one fixture,
which help save time and increase efficiency.
(Fixture 1) (Workpiece 1)

S. Import CAD graphics for measuring

The software supports measuring on workpieces with CAD graphics as template, which enable coordinate measuring or
comparison measuring. Such function is applicable to workpiece of any contour/shape within gauging range of the
measuring instrument.