Getting Started with Inspekto

New Positions

This video shows how the INSPEKTO S70 system works with position groups to conduct inspections efficiently.

When adding samples, the system marks the areas where parts are expected. Using known positions (position groups) improves the system's accuracy and sensitivity.

If a position marking is orange, it means the position cannot yet be used for inspections and requires at least 4 samples to be defined. For profiles with only Presence ROIs, one sample per position group is sufficient.

The profile can contain any number of position groups, and to start inspections, at least one position group must be defined. Although a profile can be completed with open position groups, parts appearing in these open groups will not be inspected. When a part is inspected in an open position group, a "New Position" alert appears. Adding a sample to the position group defines it and improves profile performance.

After adjustment, the profile contains all 21 samples, which can now be fully utilized. Both position groups appear green, indicating they are defined, and inspections result in an "OK" outcome instead of an alert.

Additionally, position groups can be individually shown or hidden.

Easy 6-Step Setup for PCB Inspection

This video shows how to set up the Inspekto S70 system for PCB inspection in just 6 easy steps.

Profile Center – Profile settings

This video shows how to access and manage profile settings in the profile center tool.

The profile center offers tools for reviewing, editing, and optimizing profile performance.

The Profile Settings can be accessed in three ways:

From the "Profiles" screen by clicking the cog icon
From the profile screen by clicking the "Profile Settings" button
Through the profile Center sub-menu

Profile settings consists of two sections: details and preferences. In the details section, users can view and edit profile information, including the PLC Integration ID, which enables communication between the system and a PLC. The preferences section allows users to adjust operational preferences, including the inspection trigger mode, auto inspection intervals, inspection timeouts, and settings for ambient light adjustments (Runtime AGC). Additionally, options like time tracking after object loss and the number of defect polygons displayed during an inspection can be customized.

These settings enable users to fine-tune system behavior for different inspection needs, ensuring optimal performance in various operational scenarios.