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Home / Products List / CanNeed-LaserScore-300 CanNeed-LaserScore-300 Automatic EOE Score Residue and Progression Measure System (Non-contact)

CanNeed-LaserScore-300
CanNeed-LaserScore-300 Automatic EOE Score Residue and Progression Measure System (Non-contact)

Testing occasions:Online/packaging line
Detection object:Metal cap/crown cap/tab cap/screw cap/claw opening cap
Test items:thickness


 

Usage 

                                                                  

Based on laser technology and automatic visual positioning technology, the CanNeed “LaserScore-300 Automatic EOE Score Residue and Progression Measure System” is used to inspect EOE score residue and rivet convex progression automatically. LaserScore-300 has 2 work positions, each position adapts to inspect 202, 206 and 209 EOE.

Put several EOE samples stacked in the position to be measured, when testing, the automatic sampling mechanical arm will send the sample to the inspection clamp, the servo system coordinate with the automatic visual positioning system, positioning the measuring point accurately, measuring the different points on EOE by turns, the automatic sampling mechanical arm will send the sample from the clamp back to the stacked position after inspection completely each time.

The application of LaserScore-300 realizes automatic measuring batch samples, save time, labor and material greatly.


Advantages

                                                                  

Automatic measuring

Measuring: End score residue thickness, rivet convex top thickness, rivet convex bottom thickness
Quick sample load, 2 seconds only
About 10 seconds to test a sample each time
High precision, accuracy superior than 1 um, resolution at 0.1 um
EOE score cross section displayed on the screen clearly
The image of up and down surface of the EOE score displayed on the screen
Laser accuracy measuring technology, avoid human error.

Technical Data

                                                                  

Accuracy: superior than 1 um
Resolution: 0.1 um


Video

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