How Direction Affects Final Part Placement by FUJI SMT Equipment Information Systems and Training

How Direction Affects Final Part Placement By Fuji Smt Equipment Information Systems And Training
Troubleshooting Summary:

Having issues with How Direction Affects Final Part Placement by FUJI SMT Equipment Information Systems and Training? Read our step-by-step SMT maintenance solution below. If you require replacement feeders, nozzles, or sensors, contact SMTBOX for OEM-compatible parts.

Direction with New Packaging

The packaging is changed to a new packaging in which the part is rotated 90 degrees

Using the same settings from the previous example, once packaging with the part rotated 90° degrees was used, the machines correctly placed the parts.

Direction is used when the part orientation in the packaging is different than the shape zero orientation. The direction setting should be the difference between the shape zero orientation and the orientation of the parts in the packaging.

Fuji machines automatically compensate for the difference in the partís packaging orientation for vision processing and to rotate the part the necessary amount for placement.

Direction

How Direction Affects Final Part Placement by FUJI SMT Equipment Information Systems and Training side a
How Direction Affects Final Part Placement by FUJI SMT Equipment Information Systems and Training side a

In this example, the three settings are:

Direction: 90
Polarized: Yes
Theta: 0 (Not used in Fuji Flexa)

The only setting that has changed from the second example is that direction has been changed to 90.

When attempting to place any of the parts, a vision processing error occurs and the part is rejected. When the parts are inspected with trace mode on, orientation of the part that vision processing is examining for is rotated 90° degrees. Because the elements are not found, the part is rejected. This occurred for parts that are being placed from the original packaging.

SMTBOX Editorial & Engineering Team
Written by: SMTBOX Editorial & Engineering Team

Our editorial team consists of senior SREs, mechanical engineers, and SMT assembly specialists with over 15 years of industry experience in PCB assembly line optimization. All technical articles are reviewed and verified for mechanical and electronic compatibility before publication.

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