Solution AI-linked/labor-saving Robotic Visual Inspection equipment solution

Target	Parts installed in engines, complex shaped car parts, electrical equipment, etc.
Challenges addresses by this solution	The operation of existing image inspection systems is complicated Visual inspection cannot be abolished because the work is complex Want to use a robot, but teaching and programming it is a hassle Want to reduce the effort and time required when introducing systems and changing workpieces Want to keep test results images/test results

High-precision and high-speed inspection of complex shapes

This solution uses robots to handle workpieces with complex shapes and helps automate visual inspections and reduce man-hours.
Although it is often thought that introducing robots will make operations and robot teaching complicated, this solution integrates image inspection settings and teaching.There is no need to create a robot program, so you can complete the setup on site.
In addition, the image inspection software utilizes Deep Learning, making it possible to handle inspections that have previously been difficult to automate and relied on visual inspection (rule-based inspection can also be used as an option).

Example of system configuration

Technical Features

Robotic Visual Inspection of car engines

Image Inspection settings are completed with on-site teaching (no need to change robot program)
6 axis + 1 additional axis for complex shapes
Inspection using Deep Learning to replace the human eye (assembly, foreign items, character reading, scratches, dents, dirt, discoloration, etc.)
Optionally, it can be used in combination with rule-based inspection (distance, area, color, 2D code, etc.)
When using a 3D camera, automatic correction of workpiece tilt and positional deviation is possible (optional)