Color recognition for seams in automotive interiors
In the assembly line of a well-known German car manufacturer, similar car interior parts must be differentiated from each other based on the respective seam color. Previously, professional testers have visually checked the seams. In order to automate the process and to optimize it economically, colorSENSORs from Micro-Epsilon are now being used. In the assembly line of a well-known German car manufacturer, similar car interior parts must be differentiated from each other based on the respective seam color. Previously, professional testers have visually checked the seams. In order to automate the process and to optimize it economically, colorSENSORs from Micro-Epsilon are now being used.
In the assembly line of a well-known German car manufacturer, similar car interior parts must be differentiated from each other based on the respective seam color. Previously, professional testers have visually checked the seams. In order to automate the process and to optimize it economically, colorSENSORs from Micro-Epsilon are now being used. In the assembly line of a well-known German car manufacturer, similar car interior parts must be differentiated from each other based on the respective seam color. Previously, professional testers have visually checked the seams. In order to automate the process and to optimize it economically, colorSENSORs from Micro-Epsilon are now being used.
Application challenge
In the assembly line of a well-known German car manufacturer, similar car interior parts must be differentiated from each other based on the respective seam color. Previously, professional testers have visually checked the seams. In order to automate the process and to optimize it economically, colorSENSORs from Micro-Epsilon are now being used.
Measurement method and system
In the assembly line of a well-known German car manufacturer, similar car interior parts must be differentiated from each other based on the respective seam color. Previously, professional testers have visually checked the seams. In order to automate the process and to optimize it economically, colorSENSORs from Micro-Epsilon are now being used.
The problem
In the assembly line of a well-known German car manufacturer, similar car interior parts must be differentiated from each other based on the respective seam color. Previously, professional testers have visually checked the seams. In order to automate the process and to optimize it economically, colorSENSORs from Micro-Epsilon are now being used.
The method
In the assembly line of a well-known German car manufacturer, similar car interior parts must be differentiated from each other based on the respective seam color. Previously, professional testers have visually checked the seams. In order to automate the process and to optimize it economically, colorSENSORs from Micro-Epsilon are now being used.