PV260

4 functions to minimize robot calibration time!

4 functions to minimize robot calibration time!

1 – AUTOMATIC CALIBRATION

By specifying only 3 or 4 points, the camera coordinate system is synchronized with the robot coordinate system.

Advantages

  • Much easier than manual calibration. It also saves the time required for calibration.
  • Even small fluctuations in camera position are quickly corrected by the system.
  • Precision problems caused by minor errors in calibration are eliminated.

 

2 – POSITION TEACHING SUPPORT

Unlike the old position teaching techniques using the robot controller, industrial robots can now be moved and taught using the PV260 camera controller.

Advantages

  • The robot does not require usage knowledge.
  • The robot provides an advantage in places where it is difficult to reach the working area and therefore positioning.
  • It eliminates the need for recalibration after every change.

3 – ROBOT HAND OFFSET ADJUSTMENT

By teaching only 2 points on the robot hand connected to the robot, the Robot Hand coordinate system is automatically calculated and turned into a robot coordinate system.

 

 

4-DIRECT COMMUNICATION FUNCTION

It can communicate with DENSO, EPSON, IAI, JANOME, TOSHIBA, YAMAHA brand robots directly without any settings. For other brands, it is possible to communicate with only a few settings by selecting the Free mode. In this way, PLC programming time is significantly shortened.


  1. Broken/Missing Medicine Tablet Control

  2. Pin pattern check inside the connector

  3. Crack and dust particle control on the rubber cover

  4. Precise injection error check on connector

  5. Accuracy and angle control of button labels on the dashboard of the automobile

  6. Incorrect character control on the label on the product

  7. Size control in data cable production

  8. Notch singularity check on the metal part

  9. Presence, absence and alignment control of springs placed in the part

  10. Micron level dimensional control on gear

  11. Micron level dimensional control on the metal part

  12. Micron-level dimensional control over the bicycle part

  13. Gear direction control in cigarette lighter assembly

  14. Trace presence / absence and size control of 40 Angstroms (1 Angstrom = 0.0000001mm (10 millionth of a millimeter)

 

Food-Industry-Applications – 1

Food-Industry-Applications – 2

 

Cosmetics-Industry-Applications

Filling-and-Packaging-Applications

 

Label-Control-Applications

Automotive-Applications

 

LCD-Applications

Electronic-Component-Applications

 

Assembly-Applications

Rubber-Applications

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