Micro-Epsilon ThicknessCONTROL MTS 8201.LLT Optical and Laser Micrometers

characteristic

• Innovative laser line - non-contact thickness measurement with up to 1280 discrete measurement points
• Measure narrow band edges with transverse micrometer resolution combined with a large measuring range
• Highly dynamic measurement - 128,000 measuring points/second,providing high-precision measurements even on structural materials such as button boards and inspection boards
• Detects and compensates for strip tilt - particularly suitable for slitting shears
• No alloy compensation required - actual geometry,material independent thickness measurement
• Cost-effective service lifecycle management—innovative measurement methods that eliminate the need for isotopes or X-rays,thereby reducing costs
• Linearity of ±5 µm with measuring range of 40mm
• Mouth width 300mm
• Measurement rates up to 2kHz
• Measure the edges of narrow strips with the resolution of a transverse micrometer combined with a large measuring range
• Highly dynamic measurement - 128,000 measurement points/second,providing high accuracy even for structural materials such as button boards and textured boards
• Linearity ±5µm,measuring range 40mm
• Measurement rate up to 2khz

Micro-Epsilon provides innovative measurement and inspection systems to the metal industry. The latest technology is used for thickness,profile and surface measurements. Performance,quality,and reliability of products and services have made Micro Epsilon one of the leading suppliers of optical thickness measurement inspection systems to the metal industry. This is proven by numerous successful installations of milling lines and machining lines in 13 countries around the world.,the MTS 8201.LLT is equipped with a laser triangulation scanner,which means that the measurements are not affected by the surface properties of the target material. Therefore,the scaling or mirror effect of the metal surface is absorbed. In addition,this system has higher accuracy and wider mouth width than point sensors. The O-frame shaped mechanical system provides a temperature compensation frame that uses additional sensor technology to compensate for any thermal changes in the measurement frame. The measuring lines are arranged perpendicular to the material flow,allowing the system to cope with any lateral strip tilt.,special function: