Precise control of the roll gap
Battery films are compacted and smoothed in coating lines using calendering technology. Two adjustable rolls ensure that the material mixture is rolled to the specified thickness. The capaNCDT CSG capacitive flat sensors are used for gap monitoring and control of the calender and coating rollers. These are available in various designs and detect the roller gap with micrometer accuracy. These compact sensors can be integrated into confined installation spaces to measure directly against the roll or the roll suspension. Battery films are compacted and smoothed in coating lines using calendering technology. Two adjustable rolls ensure that the material mixture is rolled to the specified thickness. The capaNCDT CSG capacitive flat sensors are used for gap monitoring and control of the calender and coating rollers. These are available in various designs and detect the roller gap with micrometer accuracy. These compact sensors can be integrated into confined installation spaces to measure directly against the roll or the roll suspension.
Battery films are compacted and smoothed in coating lines using calendering technology. Two adjustable rolls ensure that the material mixture is rolled to the specified thickness. The capaNCDT CSG capacitive flat sensors are used for gap monitoring and control of the calender and coating rollers. These are available in various designs and detect the roller gap with micrometer accuracy. These compact sensors can be integrated into confined installation spaces to measure directly against the roll or the roll suspension. Battery films are compacted and smoothed in coating lines using calendering technology. Two adjustable rolls ensure that the material mixture is rolled to the specified thickness. The capaNCDT CSG capacitive flat sensors are used for gap monitoring and control of the calender and coating rollers. These are available in various designs and detect the roller gap with micrometer accuracy. These compact sensors can be integrated into confined installation spaces to measure directly against the roll or the roll suspension.
Application challenge
Battery films are compacted and smoothed in coating lines using calendering technology. Two adjustable rolls ensure that the material mixture is rolled to the specified thickness. The capaNCDT CSG capacitive flat sensors are used for gap monitoring and control of the calender and coating rollers. These are available in various designs and detect the roller gap with micrometer accuracy. These compact sensors can be integrated into confined installation spaces to measure directly against the roll or the roll suspension.
Measurement method and system
Battery films are compacted and smoothed in coating lines using calendering technology. Two adjustable rolls ensure that the material mixture is rolled to the specified thickness. The capaNCDT CSG capacitive flat sensors are used for gap monitoring and control of the calender and coating rollers. These are available in various designs and detect the roller gap with micrometer accuracy. These compact sensors can be integrated into confined installation spaces to measure directly against the roll or the roll suspension.
The problem
Battery films are compacted and smoothed in coating lines using calendering technology. Two adjustable rolls ensure that the material mixture is rolled to the specified thickness. The capaNCDT CSG capacitive flat sensors are used for gap monitoring and control of the calender and coating rollers. These are available in various designs and detect the roller gap with micrometer accuracy. These compact sensors can be integrated into confined installation spaces to measure directly against the roll or the roll suspension.
The method
Battery films are compacted and smoothed in coating lines using calendering technology. Two adjustable rolls ensure that the material mixture is rolled to the specified thickness. The capaNCDT CSG capacitive flat sensors are used for gap monitoring and control of the calender and coating rollers. These are available in various designs and detect the roller gap with micrometer accuracy. These compact sensors can be integrated into confined installation spaces to measure directly against the roll or the roll suspension.