Burr measurement in slitting lines
The cutting process causes burrs to form on the cut surfaces of the metal strips. For inline monitoring of the burr, scanCONTROL laser scanners are used, which permanently monitor the sheet edges. Thanks to the Blue Laser Technology, precise measurement values with high signal stability are determined. Limit value transgressions are transferred directly to the control system, allowing the slitting process to be adjusted, e.g., by servicing the knives or adjusting the path control. The cutting process causes burrs to form on the cut surfaces of the metal strips. For inline monitoring of the burr, scanCONTROL laser scanners are used, which permanently monitor the sheet edges. Thanks to the Blue Laser Technology, precise measurement values with high signal stability are determined. Limit value transgressions are transferred directly to the control system, allowing the slitting process to be adjusted, e.g., by servicing the knives or adjusting the path control.
The cutting process causes burrs to form on the cut surfaces of the metal strips. For inline monitoring of the burr, scanCONTROL laser scanners are used, which permanently monitor the sheet edges. Thanks to the Blue Laser Technology, precise measurement values with high signal stability are determined. Limit value transgressions are transferred directly to the control system, allowing the slitting process to be adjusted, e.g., by servicing the knives or adjusting the path control. The cutting process causes burrs to form on the cut surfaces of the metal strips. For inline monitoring of the burr, scanCONTROL laser scanners are used, which permanently monitor the sheet edges. Thanks to the Blue Laser Technology, precise measurement values with high signal stability are determined. Limit value transgressions are transferred directly to the control system, allowing the slitting process to be adjusted, e.g., by servicing the knives or adjusting the path control.
Application challenge
The cutting process causes burrs to form on the cut surfaces of the metal strips. For inline monitoring of the burr, scanCONTROL laser scanners are used, which permanently monitor the sheet edges. Thanks to the Blue Laser Technology, precise measurement values with high signal stability are determined. Limit value transgressions are transferred directly to the control system, allowing the slitting process to be adjusted, e.g., by servicing the knives or adjusting the path control.
Measurement method and system
The cutting process causes burrs to form on the cut surfaces of the metal strips. For inline monitoring of the burr, scanCONTROL laser scanners are used, which permanently monitor the sheet edges. Thanks to the Blue Laser Technology, precise measurement values with high signal stability are determined. Limit value transgressions are transferred directly to the control system, allowing the slitting process to be adjusted, e.g., by servicing the knives or adjusting the path control.
The problem
The cutting process causes burrs to form on the cut surfaces of the metal strips. For inline monitoring of the burr, scanCONTROL laser scanners are used, which permanently monitor the sheet edges. Thanks to the Blue Laser Technology, precise measurement values with high signal stability are determined. Limit value transgressions are transferred directly to the control system, allowing the slitting process to be adjusted, e.g., by servicing the knives or adjusting the path control.
The method
The cutting process causes burrs to form on the cut surfaces of the metal strips. For inline monitoring of the burr, scanCONTROL laser scanners are used, which permanently monitor the sheet edges. Thanks to the Blue Laser Technology, precise measurement values with high signal stability are determined. Limit value transgressions are transferred directly to the control system, allowing the slitting process to be adjusted, e.g., by servicing the knives or adjusting the path control.
