Automotive industry
Find production stoppages and deviations quickly
The automotive industry is one of the most advanced industrial sectors. The high degree of automation enables high production efficiency and excellent product quality for large volumes.
However, an automated production or transport with self-driving AGVs is vulnerable to errors, deviations, production stops and micro-stops. The loss of available production time and the time spent by technicians on troubleshooting means a large cost to the manufacturer.
Therefore, it is important for production and maintenance engineers to identify the root cause of a failure as quickly as possible. The troubleshooting process can be difficult and time-consuming. Common but inconvenient methods of troubleshooting are waiting at the machine or searching through hours of video recorded with a regular camera to see what caused a stop.
The camera records deviations and stops
The Eye at Production camera system is developed to monitor highly automated production flows and robot cells. Eye at Production combines the intelligence of a vision system with the flexibility of a GoPro camera. It records and marks deviations, stops and other details. Instead of manual monitoring or hours of footage to go through, you'll find what you're looking for right away. The system is flexible and can be installed anywhere.
See exactly what happened
Eye at Production records film on the suspect area of the production line. When the production line stops, a smart sensor detects this and signals the stop to the camera. All relevant clips with errors are highlighted, enabling you to see exactly what happened and take immediate action.
A technician thus saves time compared to the alternatives of standing by the machine or searching for the fault in a long video where the camera does not register stops or other deviations.
How it works
1. Mount
Mount Eye at Production where you assume the cause of the error occurs. The system is easy to handle and install. The camera has an IP68 rating against drops and dust.
2. Monitor:
Select the mode, for example to detect all stops in the production flow longer than a certain time. Put the system on play.
3. Analyze: