The thicknessCONTROL MTS 9202.LLT stands for exceptional performance and overcomes the challenges of one of the most difficult applications for optical thickness measurements. The C-frame-shaped systems are designed for use in hot rolling mills. They are resistant to harsh environmental conditions and provide high precision results in different operating modes. The mechanics are designed to partially compensate for changes induced by temperature gradients. In addition, a network of temperature sensors controls the state and stabilizes the measuring range using powerful signal processing. An additional, regulated cooling register and deflector plates even enable use in steel hot rolling mills at material temperatures of 1200 °C.

The thicknessCONTROL MTS 9202.LLT stands for exceptional performance and overcomes the challenges of one of the most difficult applications for optical thickness measurements. The C-frame-shaped systems are designed for use in hot rolling mills. They are resistant to harsh environmental conditions and provide high precision results in different operating modes. The mechanics are designed to partially compensate for changes induced by temperature gradients. In addition, a network of temperature sensors controls the state and stabilizes the measuring range using powerful signal processing. An additional, regulated cooling register and deflector plates even enable use in steel hot rolling mills at material temperatures of 1200 °C.

The thicknessCONTROL MTS 9202.LLT stands for exceptional performance and overcomes the challenges of one of the most difficult applications for optical thickness measurements. The C-frame-shaped systems are designed for use in hot rolling mills. They are resistant to harsh environmental conditions and provide high precision results in different operating modes. The mechanics are designed to partially compensate for changes induced by temperature gradients. In addition, a network of temperature sensors controls the state and stabilizes the measuring range using powerful signal processing. An additional, regulated cooling register and deflector plates even enable use in steel hot rolling mills at material temperatures of 1200 °C.

The thicknessCONTROL MTS 9202.LLT stands for exceptional performance and overcomes the challenges of one of the most difficult applications for optical thickness measurements. The C-frame-shaped systems are designed for use in hot rolling mills. They are resistant to harsh environmental conditions and provide high precision results in different operating modes. The mechanics are designed to partially compensate for changes induced by temperature gradients. In addition, a network of temperature sensors controls the state and stabilizes the measuring range using powerful signal processing. An additional, regulated cooling register and deflector plates even enable use in steel hot rolling mills at material temperatures of 1200 °C.

The thicknessCONTROL MTS 9202.LLT stands for exceptional performance and overcomes the challenges of one of the most difficult applications for optical thickness measurements. The C-frame-shaped systems are designed for use in hot rolling mills. They are resistant to harsh environmental conditions and provide high precision results in different operating modes. The mechanics are designed to partially compensate for changes induced by temperature gradients. In addition, a network of temperature sensors controls the state and stabilizes the measuring range using powerful signal processing. An additional, regulated cooling register and deflector plates even enable use in steel hot rolling mills at material temperatures of 1200 °C.

The thicknessCONTROL MTS 9202.LLT stands for exceptional performance and overcomes the challenges of one of the most difficult applications for optical thickness measurements. The C-frame-shaped systems are designed for use in hot rolling mills. They are resistant to harsh environmental conditions and provide high precision results in different operating modes. The mechanics are designed to partially compensate for changes induced by temperature gradients. In addition, a network of temperature sensors controls the state and stabilizes the measuring range using powerful signal processing. An additional, regulated cooling register and deflector plates even enable use in steel hot rolling mills at material temperatures of 1200 °C.

The thicknessCONTROL MTS 9202.LLT stands for exceptional performance and overcomes the challenges of one of the most difficult applications for optical thickness measurements. The C-frame-shaped systems are designed for use in hot rolling mills. They are resistant to harsh environmental conditions and provide high precision results in different operating modes. The mechanics are designed to partially compensate for changes induced by temperature gradients. In addition, a network of temperature sensors controls the state and stabilizes the measuring range using powerful signal processing. An additional, regulated cooling register and deflector plates even enable use in steel hot rolling mills at material temperatures of 1200 °C.

The thicknessCONTROL MTS 9202.LLT stands for exceptional performance and overcomes the challenges of one of the most difficult applications for optical thickness measurements. The C-frame-shaped systems are designed for use in hot rolling mills. They are resistant to harsh environmental conditions and provide high precision results in different operating modes. The mechanics are designed to partially compensate for changes induced by temperature gradients. In addition, a network of temperature sensors controls the state and stabilizes the measuring range using powerful signal processing. An additional, regulated cooling register and deflector plates even enable use in steel hot rolling mills at material temperatures of 1200 °C.

The thicknessCONTROL MTS 9202.LLT stands for exceptional performance and overcomes the challenges of one of the most difficult applications for optical thickness measurements. The C-frame-shaped systems are designed for use in hot rolling mills. They are resistant to harsh environmental conditions and provide high precision results in different operating modes. The mechanics are designed to partially compensate for changes induced by temperature gradients. In addition, a network of temperature sensors controls the state and stabilizes the measuring range using powerful signal processing. An additional, regulated cooling register and deflector plates even enable use in steel hot rolling mills at material temperatures of 1200 °C.

The thicknessCONTROL MTS 9202.LLT stands for exceptional performance and overcomes the challenges of one of the most difficult applications for optical thickness measurements. The C-frame-shaped systems are designed for use in hot rolling mills. They are resistant to harsh environmental conditions and provide high precision results in different operating modes. The mechanics are designed to partially compensate for changes induced by temperature gradients. In addition, a network of temperature sensors controls the state and stabilizes the measuring range using powerful signal processing. An additional, regulated cooling register and deflector plates even enable use in steel hot rolling mills at material temperatures of 1200 °C.

The thicknessCONTROL MTS 9202.LLT stands for exceptional performance and overcomes the challenges of one of the most difficult applications for optical thickness measurements. The C-frame-shaped systems are designed for use in hot rolling mills. They are resistant to harsh environmental conditions and provide high precision results in different operating modes. The mechanics are designed to partially compensate for changes induced by temperature gradients. In addition, a network of temperature sensors controls the state and stabilizes the measuring range using powerful signal processing. An additional, regulated cooling register and deflector plates even enable use in steel hot rolling mills at material temperatures of 1200 °C.

The thicknessCONTROL MTS 9202.LLT stands for exceptional performance and overcomes the challenges of one of the most difficult applications for optical thickness measurements. The C-frame-shaped systems are designed for use in hot rolling mills. They are resistant to harsh environmental conditions and provide high precision results in different operating modes. The mechanics are designed to partially compensate for changes induced by temperature gradients. In addition, a network of temperature sensors controls the state and stabilizes the measuring range using powerful signal processing. An additional, regulated cooling register and deflector plates even enable use in steel hot rolling mills at material temperatures of 1200 °C.

For high-precision inline thickness measurement of coated electrode film in lithium-ion battery cell production, Micro-Epsilon offers the thicknessCONTROL BTG, a metrologically sophisticated system based on confocal chromatic sensor technology. The system consists of a C-frame with up to five precisely adjusted sensor pairs, which enable the film thickness to be detected synchronously on both sides in up to five measurement tracks. This allows continuous profiling of the layer thickness across the entire strip width with high lateral resolution. The integrated temperature compensation based on internal sensors and FEM-optimized frame geometries ensures high measurement stability even under thermal loads such as those typically found in the drying or calendering zone. Due to its open architecture and standardized interfaces such as PROFINET, EtherCAT and OPC UA, the system can be seamlessly integrated into existing MES or SCADA systems.

For high-precision inline thickness measurement of coated electrode film in lithium-ion battery cell production, Micro-Epsilon offers the thicknessCONTROL BTG, a metrologically sophisticated system based on confocal chromatic sensor technology. The system consists of a C-frame with up to five precisely adjusted sensor pairs, which enable the film thickness to be detected synchronously on both sides in up to five measurement tracks. This allows continuous profiling of the layer thickness across the entire strip width with high lateral resolution. The integrated temperature compensation based on internal sensors and FEM-optimized frame geometries ensures high measurement stability even under thermal loads such as those typically found in the drying or calendering zone. Due to its open architecture and standardized interfaces such as PROFINET, EtherCAT and OPC UA, the system can be seamlessly integrated into existing MES or SCADA systems.

For high-precision inline thickness measurement of coated electrode film in lithium-ion battery cell production, Micro-Epsilon offers the thicknessCONTROL BTG, a metrologically sophisticated system based on confocal chromatic sensor technology. The system consists of a C-frame with up to five precisely adjusted sensor pairs, which enable the film thickness to be detected synchronously on both sides in up to five measurement tracks. This allows continuous profiling of the layer thickness across the entire strip width with high lateral resolution. The integrated temperature compensation based on internal sensors and FEM-optimized frame geometries ensures high measurement stability even under thermal loads such as those typically found in the drying or calendering zone. Due to its open architecture and standardized interfaces such as PROFINET, EtherCAT and OPC UA, the system can be seamlessly integrated into existing MES or SCADA systems.

For high-precision inline thickness measurement of coated electrode film in lithium-ion battery cell production, Micro-Epsilon offers the thicknessCONTROL BTG, a metrologically sophisticated system based on confocal chromatic sensor technology. The system consists of a C-frame with up to five precisely adjusted sensor pairs, which enable the film thickness to be detected synchronously on both sides in up to five measurement tracks. This allows continuous profiling of the layer thickness across the entire strip width with high lateral resolution. The integrated temperature compensation based on internal sensors and FEM-optimized frame geometries ensures high measurement stability even under thermal loads such as those typically found in the drying or calendering zone. Due to its open architecture and standardized interfaces such as PROFINET, EtherCAT and OPC UA, the system can be seamlessly integrated into existing MES or SCADA systems.

For precise inline thickness measurement of coated electrode film in the production of lithium-ion battery cells, Micro-Epsilon offers the thicknessCONTROL BTG 2C.C, a highly developed measuring system for material widths of over 1000 mm. The system consists of two C-frames, each equipped with up to four precisely aligned pairs of sensors. These enable the synchronous, double-sided detection of the film thickness in up to eight parallel measurement tracks. This allows a continuous thickness profile to be detected across wide strips with high lateral resolution. Designed for production speeds of several hundred meters per minute, the system provides immediate feedback to higher-level process controls due to real-time signal processing and supports comprehensive trend analyses, tolerance monitoring and the parameterization of control loops.

For precise inline thickness measurement of coated electrode film in the production of lithium-ion battery cells, Micro-Epsilon offers the thicknessCONTROL BTG 2C.C, a highly developed measuring system for material widths of over 1000 mm. The system consists of two C-frames, each equipped with up to four precisely aligned pairs of sensors. These enable the synchronous, double-sided detection of the film thickness in up to eight parallel measurement tracks. This allows a continuous thickness profile to be detected across wide strips with high lateral resolution. Designed for production speeds of several hundred meters per minute, the system provides immediate feedback to higher-level process controls due to real-time signal processing and supports comprehensive trend analyses, tolerance monitoring and the parameterization of control loops.

For precise inline thickness measurement of coated electrode film in the production of lithium-ion battery cells, Micro-Epsilon offers the thicknessCONTROL BTG 2C.C, a highly developed measuring system for material widths of over 1000 mm. The system consists of two C-frames, each equipped with up to four precisely aligned pairs of sensors. These enable the synchronous, double-sided detection of the film thickness in up to eight parallel measurement tracks. This allows a continuous thickness profile to be detected across wide strips with high lateral resolution. Designed for production speeds of several hundred meters per minute, the system provides immediate feedback to higher-level process controls due to real-time signal processing and supports comprehensive trend analyses, tolerance monitoring and the parameterization of control loops.

For precise inline thickness measurement of coated electrode film in the production of lithium-ion battery cells, Micro-Epsilon offers the thicknessCONTROL BTG 2C.C, a highly developed measuring system for material widths of over 1000 mm. The system consists of two C-frames, each equipped with up to four precisely aligned pairs of sensors. These enable the synchronous, double-sided detection of the film thickness in up to eight parallel measurement tracks. This allows a continuous thickness profile to be detected across wide strips with high lateral resolution. Designed for production speeds of several hundred meters per minute, the system provides immediate feedback to higher-level process controls due to real-time signal processing and supports comprehensive trend analyses, tolerance monitoring and the parameterization of control loops.

Thickness measurement for control and quality inspection is at many positions and is an important element in the process landscape of cold rolling mills. Common places of application for thicknessCONTROL MTS 8202.K systems for detecting the center thickness or the cross-profile are strip entry or exit of pickling lines with tandem mills, reversing mills as well as finishing lines. The systems are equipped with confocal chromatic sensors that enable high-precision thickness gauges with accuracies down to ±0.3 µm. Confocal technology provides high data rate, ideal suitability for reflective surfaces, tolerance of tilted materials and integrated calibration to compensate for thermal effects within seconds.

Thickness measurement for control and quality inspection is at many positions and is an important element in the process landscape of cold rolling mills. Common places of application for thicknessCONTROL MTS 8202.K systems for detecting the center thickness or the cross-profile are strip entry or exit of pickling lines with tandem mills, reversing mills as well as finishing lines. The systems are equipped with confocal chromatic sensors that enable high-precision thickness gauges with accuracies down to ±0.3 µm. Confocal technology provides high data rate, ideal suitability for reflective surfaces, tolerance of tilted materials and integrated calibration to compensate for thermal effects within seconds.

Thickness measurement for control and quality inspection is at many positions and is an important element in the process landscape of cold rolling mills. Common places of application for thicknessCONTROL MTS 8202.K systems for detecting the center thickness or the cross-profile are strip entry or exit of pickling lines with tandem mills, reversing mills as well as finishing lines. The systems are equipped with confocal chromatic sensors that enable high-precision thickness gauges with accuracies down to ±0.3 µm. Confocal technology provides high data rate, ideal suitability for reflective surfaces, tolerance of tilted materials and integrated calibration to compensate for thermal effects within seconds.

Thickness measurement for control and quality inspection is at many positions and is an important element in the process landscape of cold rolling mills. Common places of application for thicknessCONTROL MTS 8202.K systems for detecting the center thickness or the cross-profile are strip entry or exit of pickling lines with tandem mills, reversing mills as well as finishing lines. The systems are equipped with confocal chromatic sensors that enable high-precision thickness gauges with accuracies down to ±0.3 µm. Confocal technology provides high data rate, ideal suitability for reflective surfaces, tolerance of tilted materials and integrated calibration to compensate for thermal effects within seconds.

Thickness measurement for control and quality inspection is at many positions and is an important element in the process landscape of cold rolling mills. Common places of application for thicknessCONTROL MTS 8202.K systems for detecting the center thickness or the cross-profile are strip entry or exit of pickling lines with tandem mills, reversing mills as well as finishing lines. The systems are equipped with confocal chromatic sensors that enable high-precision thickness gauges with accuracies down to ±0.3 µm. Confocal technology provides high data rate, ideal suitability for reflective surfaces, tolerance of tilted materials and integrated calibration to compensate for thermal effects within seconds.

Thickness measurement for control and quality inspection is at many positions and is an important element in the process landscape of cold rolling mills. Common places of application for thicknessCONTROL MTS 8202.K systems for detecting the center thickness or the cross-profile are strip entry or exit of pickling lines with tandem mills, reversing mills as well as finishing lines. The systems are equipped with confocal chromatic sensors that enable high-precision thickness gauges with accuracies down to ±0.3 µm. Confocal technology provides high data rate, ideal suitability for reflective surfaces, tolerance of tilted materials and integrated calibration to compensate for thermal effects within seconds.

Thickness measurement for control and quality inspection is at many positions and is an important element in the process landscape of cold rolling mills. Common places of application for thicknessCONTROL MTS 8202.K systems for detecting the center thickness or the cross-profile are strip entry or exit of pickling lines with tandem mills, reversing mills as well as finishing lines. The systems are equipped with confocal chromatic sensors that enable high-precision thickness gauges with accuracies down to ±0.3 µm. Confocal technology provides high data rate, ideal suitability for reflective surfaces, tolerance of tilted materials and integrated calibration to compensate for thermal effects within seconds.

Thickness measurement for control and quality inspection is at many positions and is an important element in the process landscape of cold rolling mills. Common places of application for thicknessCONTROL MTS 8202.K systems for detecting the center thickness or the cross-profile are strip entry or exit of pickling lines with tandem mills, reversing mills as well as finishing lines. The systems are equipped with confocal chromatic sensors that enable high-precision thickness gauges with accuracies down to ±0.3 µm. Confocal technology provides high data rate, ideal suitability for reflective surfaces, tolerance of tilted materials and integrated calibration to compensate for thermal effects within seconds.

The thicknessCONTROL MTS 9201.LLT systems are equipped with special sensor technology and can precisely measure sheets and slabs with a thickness of more than 400 mm in both hot and cold states. Potential applications are behind quarto stands for mill control or quality control and in shearing lines for final quality assurance. The systems stand out due to their solid steel frame, water-cooled optical sensors and an integrated, temperature-stable compensation frame which compensates for temperature-induced mechanical changes based on a patented process. For typical applications in shearing lines, thicknessCONTROL MTS 9201.LLT can be expanded to up to five measuring units that can be moved independently of each other.

The thicknessCONTROL MTS 9201.LLT systems are equipped with special sensor technology and can precisely measure sheets and slabs with a thickness of more than 400 mm in both hot and cold states. Potential applications are behind quarto stands for mill control or quality control and in shearing lines for final quality assurance. The systems stand out due to their solid steel frame, water-cooled optical sensors and an integrated, temperature-stable compensation frame which compensates for temperature-induced mechanical changes based on a patented process. For typical applications in shearing lines, thicknessCONTROL MTS 9201.LLT can be expanded to up to five measuring units that can be moved independently of each other.

The thicknessCONTROL MTS 9201.LLT systems are equipped with special sensor technology and can precisely measure sheets and slabs with a thickness of more than 400 mm in both hot and cold states. Potential applications are behind quarto stands for mill control or quality control and in shearing lines for final quality assurance. The systems stand out due to their solid steel frame, water-cooled optical sensors and an integrated, temperature-stable compensation frame which compensates for temperature-induced mechanical changes based on a patented process. For typical applications in shearing lines, thicknessCONTROL MTS 9201.LLT can be expanded to up to five measuring units that can be moved independently of each other.

The thicknessCONTROL MTS 9201.LLT systems are equipped with special sensor technology and can precisely measure sheets and slabs with a thickness of more than 400 mm in both hot and cold states. Potential applications are behind quarto stands for mill control or quality control and in shearing lines for final quality assurance. The systems stand out due to their solid steel frame, water-cooled optical sensors and an integrated, temperature-stable compensation frame which compensates for temperature-induced mechanical changes based on a patented process. For typical applications in shearing lines, thicknessCONTROL MTS 9201.LLT can be expanded to up to five measuring units that can be moved independently of each other.

The thicknessCONTROL MTS 9201.LLT systems are equipped with special sensor technology and can precisely measure sheets and slabs with a thickness of more than 400 mm in both hot and cold states. Potential applications are behind quarto stands for mill control or quality control and in shearing lines for final quality assurance. The systems stand out due to their solid steel frame, water-cooled optical sensors and an integrated, temperature-stable compensation frame which compensates for temperature-induced mechanical changes based on a patented process. For typical applications in shearing lines, thicknessCONTROL MTS 9201.LLT can be expanded to up to five measuring units that can be moved independently of each other.

The thicknessCONTROL MTS 9201.LLT systems are equipped with special sensor technology and can precisely measure sheets and slabs with a thickness of more than 400 mm in both hot and cold states. Potential applications are behind quarto stands for mill control or quality control and in shearing lines for final quality assurance. The systems stand out due to their solid steel frame, water-cooled optical sensors and an integrated, temperature-stable compensation frame which compensates for temperature-induced mechanical changes based on a patented process. For typical applications in shearing lines, thicknessCONTROL MTS 9201.LLT can be expanded to up to five measuring units that can be moved independently of each other.

The thicknessCONTROL MTS 9201.LLT systems are equipped with special sensor technology and can precisely measure sheets and slabs with a thickness of more than 400 mm in both hot and cold states. Potential applications are behind quarto stands for mill control or quality control and in shearing lines for final quality assurance. The systems stand out due to their solid steel frame, water-cooled optical sensors and an integrated, temperature-stable compensation frame which compensates for temperature-induced mechanical changes based on a patented process. For typical applications in shearing lines, thicknessCONTROL MTS 9201.LLT can be expanded to up to five measuring units that can be moved independently of each other.

The thicknessCONTROL MTS 9201.LLT systems are equipped with special sensor technology and can precisely measure sheets and slabs with a thickness of more than 400 mm in both hot and cold states. Potential applications are behind quarto stands for mill control or quality control and in shearing lines for final quality assurance. The systems stand out due to their solid steel frame, water-cooled optical sensors and an integrated, temperature-stable compensation frame which compensates for temperature-induced mechanical changes based on a patented process. For typical applications in shearing lines, thicknessCONTROL MTS 9201.LLT can be expanded to up to five measuring units that can be moved independently of each other.

The thicknessCONTROL MTS 9201.LLT systems are equipped with special sensor technology and can precisely measure sheets and slabs with a thickness of more than 400 mm in both hot and cold states. Potential applications are behind quarto stands for mill control or quality control and in shearing lines for final quality assurance. The systems stand out due to their solid steel frame, water-cooled optical sensors and an integrated, temperature-stable compensation frame which compensates for temperature-induced mechanical changes based on a patented process. For typical applications in shearing lines, thicknessCONTROL MTS 9201.LLT can be expanded to up to five measuring units that can be moved independently of each other.

The thicknessCONTROL MTS 9201.LLT systems are equipped with special sensor technology and can precisely measure sheets and slabs with a thickness of more than 400 mm in both hot and cold states. Potential applications are behind quarto stands for mill control or quality control and in shearing lines for final quality assurance. The systems stand out due to their solid steel frame, water-cooled optical sensors and an integrated, temperature-stable compensation frame which compensates for temperature-induced mechanical changes based on a patented process. For typical applications in shearing lines, thicknessCONTROL MTS 9201.LLT can be expanded to up to five measuring units that can be moved independently of each other.

The thicknessCONTROL MTS 9201.LLT systems are equipped with special sensor technology and can precisely measure sheets and slabs with a thickness of more than 400 mm in both hot and cold states. Potential applications are behind quarto stands for mill control or quality control and in shearing lines for final quality assurance. The systems stand out due to their solid steel frame, water-cooled optical sensors and an integrated, temperature-stable compensation frame which compensates for temperature-induced mechanical changes based on a patented process. For typical applications in shearing lines, thicknessCONTROL MTS 9201.LLT can be expanded to up to five measuring units that can be moved independently of each other.

The thicknessCONTROL MTS 9201.LLT systems are equipped with special sensor technology and can precisely measure sheets and slabs with a thickness of more than 400 mm in both hot and cold states. Potential applications are behind quarto stands for mill control or quality control and in shearing lines for final quality assurance. The systems stand out due to their solid steel frame, water-cooled optical sensors and an integrated, temperature-stable compensation frame which compensates for temperature-induced mechanical changes based on a patented process. For typical applications in shearing lines, thicknessCONTROL MTS 9201.LLT can be expanded to up to five measuring units that can be moved independently of each other.

The thicknessCONTROL MTS 8201.LLT system is ideally suited for large widths and the detection of cross profiles by fast traversing due to its O-frame design. The traversing speed can be increased to 64 m/min as an option. In order to compensate for the significant temperature influences on the mechanics at large widths, a patented temperature compensation is integrated. This system is particularly suitable for slitting lines where the high lateral resolution of the laser line enables high precision thickness measurements of each strip up to the edge and complete documentation of every coil, even with very small widths.

The thicknessCONTROL MTS 8201.LLT system is ideally suited for large widths and the detection of cross profiles by fast traversing due to its O-frame design. The traversing speed can be increased to 64 m/min as an option. In order to compensate for the significant temperature influences on the mechanics at large widths, a patented temperature compensation is integrated. This system is particularly suitable for slitting lines where the high lateral resolution of the laser line enables high precision thickness measurements of each strip up to the edge and complete documentation of every coil, even with very small widths.

The thicknessCONTROL MTS 8201.LLT system is ideally suited for large widths and the detection of cross profiles by fast traversing due to its O-frame design. The traversing speed can be increased to 64 m/min as an option. In order to compensate for the significant temperature influences on the mechanics at large widths, a patented temperature compensation is integrated. This system is particularly suitable for slitting lines where the high lateral resolution of the laser line enables high precision thickness measurements of each strip up to the edge and complete documentation of every coil, even with very small widths.

The thicknessCONTROL MTS 8201.LLT system is ideally suited for large widths and the detection of cross profiles by fast traversing due to its O-frame design. The traversing speed can be increased to 64 m/min as an option. In order to compensate for the significant temperature influences on the mechanics at large widths, a patented temperature compensation is integrated. This system is particularly suitable for slitting lines where the high lateral resolution of the laser line enables high precision thickness measurements of each strip up to the edge and complete documentation of every coil, even with very small widths.

The thicknessCONTROL MTS 8201.LLT system is ideally suited for large widths and the detection of cross profiles by fast traversing due to its O-frame design. The traversing speed can be increased to 64 m/min as an option. In order to compensate for the significant temperature influences on the mechanics at large widths, a patented temperature compensation is integrated. This system is particularly suitable for slitting lines where the high lateral resolution of the laser line enables high precision thickness measurements of each strip up to the edge and complete documentation of every coil, even with very small widths.

The thicknessCONTROL MTS 8201.LLT system is ideally suited for large widths and the detection of cross profiles by fast traversing due to its O-frame design. The traversing speed can be increased to 64 m/min as an option. In order to compensate for the significant temperature influences on the mechanics at large widths, a patented temperature compensation is integrated. This system is particularly suitable for slitting lines where the high lateral resolution of the laser line enables high precision thickness measurements of each strip up to the edge and complete documentation of every coil, even with very small widths.

The thicknessCONTROL MTS 8201.LLT system is ideally suited for large widths and the detection of cross profiles by fast traversing due to its O-frame design. The traversing speed can be increased to 64 m/min as an option. In order to compensate for the significant temperature influences on the mechanics at large widths, a patented temperature compensation is integrated. This system is particularly suitable for slitting lines where the high lateral resolution of the laser line enables high precision thickness measurements of each strip up to the edge and complete documentation of every coil, even with very small widths.

The thicknessCONTROL MTS 8201.LLT system is ideally suited for large widths and the detection of cross profiles by fast traversing due to its O-frame design. The traversing speed can be increased to 64 m/min as an option. In order to compensate for the significant temperature influences on the mechanics at large widths, a patented temperature compensation is integrated. This system is particularly suitable for slitting lines where the high lateral resolution of the laser line enables high precision thickness measurements of each strip up to the edge and complete documentation of every coil, even with very small widths.

The thicknessCONTROL MTS 8201.LLT system is ideally suited for large widths and the detection of cross profiles by fast traversing due to its O-frame design. The traversing speed can be increased to 64 m/min as an option. In order to compensate for the significant temperature influences on the mechanics at large widths, a patented temperature compensation is integrated. This system is particularly suitable for slitting lines where the high lateral resolution of the laser line enables high precision thickness measurements of each strip up to the edge and complete documentation of every coil, even with very small widths.

The thicknessCONTROL MTS 8201.LLT system is ideally suited for large widths and the detection of cross profiles by fast traversing due to its O-frame design. The traversing speed can be increased to 64 m/min as an option. In order to compensate for the significant temperature influences on the mechanics at large widths, a patented temperature compensation is integrated. This system is particularly suitable for slitting lines where the high lateral resolution of the laser line enables high precision thickness measurements of each strip up to the edge and complete documentation of every coil, even with very small widths.