The WSS 8200.LLT works on the basis of the laser line triangulation . It can be used both on one side of the weld than on both sides. In the second case may be integrated for thickness measurement optionally a package.

Special features:

• Profile frequency up to 4000Hz
• Resolution 10µm
• Length of the laser line up to 100 mm

The WSS 8205.LLT is based on the laser line triangulation principle. The system inspects the weld seam parameters for defects such as undercuts and movements or the angle between the objects welded. In the case of complex geometry it can be operated by a robot. Entering CAD files, robot motions are automatically simulated which enable fully-automatically inspection. Additionally, Teach In of the tracks is offered by a master part.

Special features:

• Profile frequency to 400Hz
• Resolution 10µm
• Laser line length to 100mm

The MTS 8202.C is equipped with capacitive displacement sensors.A fully-automatic in-situ calibration ensures the measurement to be independent from temperature influences.

Features:

• Linearity ±1µm
• Measuring range up to 20mm

The MTS 8201.C is designed as O-frame and significantly impresses by extreme precision and stability . The system is equipped with capacitive sensors allowing extreme precise thickness measurements. The inspection system is designed as a stable O-frame and has a traversing apparatus with upper and lower flange which are mechanically coupled with each other.

Features:

• Emission free measurement
• Resolution < 3µm
• Resolution width <50µm

The MTS 7202.T is equipped  with Micro-Epsilon optoNCDT LL (laser line) sensors, where the oval point-shaped laser beam is widened to a small line via a special cylindrical lens. The received reflected light is averaged using a special software algorithm. The interference caused by shiny metal is completely filtered out.

The series offers two different precision classes, both based on the laser triangulation technology, and comes with several measuring ranges and two measurement widths.

Due to the high measurement rate the clamp is ideally suited for dynamic processes. A fully-automatic in-situ calibration ensures the measurement to be independent from temperature influences, thus the system can be applied in harsh industrial environments being characterised by permanently providing inline precision.

Features:

• Accuracy from ±1.2µm
• Measuring range up to 50mm
• Measuring width up to 500mm
• Measuring rate up to 49kHz

The MTS 8202.T is equipped with laser triangulation sensors which ensures a material independent measurement. Due to the high measurement rate the clamp is ideally suited for dynamic processes. A fully-automatic in-situ calibration ensures the measurement to be independent from temperature influences, thus the system can be applied in harsh industrial environments being characterised by permanently providing inline precision.

Features:

• Linearity from ± 4 µm
• Measuring range up to 20mm
• Measuring rate up to 10kHz

The MTS 8202.LLT is equipped with laser line scanners which ensure a material independent measurement and higher precision than laser point sensors. Further, scales or reflection are compensated reliably. A fully-automatic in-situ calibration ensures the measurement to be independent from temperature influences, thus the system can be applied in harsh industrial environments being characterised by permanently providing inline precision.

Features:

• Linearity  ±5µm
• Measuring rate up to 2kHz

The MTS8202.LLT CFK C-frame system made from CFRP is the perfect complement to the MTS 8202 series, when large strip widths needed to be inspected with C-shaped measurement technology in metal processing applications. The rigidity of the system enables maximum precision measurement in rolling mills and service centers. Due to its low weight, the C-frame system is ideally suited to flexible use at different measuring points in the rolling process. The high lateral resolution of the laser line enables geometrical thickness measurement of fluted or checker plate, measurement of gap widths, as well as the accurate measurement of the profile on the edge of the strip. These are characteristics that are impossible to measure using conventional isotope or X-ray equipment, due to the size of the measuring spot.

Features:

• Linearity  ±5µm
• Measuring rate up to 2kHz

The MTS 8201.T is designed as O-frame and significantly impresses by large material width and stability as well as high precision in the thickness measurements. The system is equipped with laser triangulation sensors allowing extreme fast measurements. Applying the MTS 8201.T  in rolling mills and Service Centers provides reliable measurement results in high precision and thus creates the basis for controlling the production process and eventually the quality achieved. The inspection system is designed as a stable O-frame structure and has a traversing apparatus with upper and lower flange which are mechanically coupled with each other.

Features:

• Linearity from ± 4 µm
• Measuring ranges up to 20mm
• Measuring rate up to 20kHz

The MTS 8201.LLT is designed as O-frame and significantly impresses by large material width and stability as well as high precision in the thickness measurements. The system is equipped with laser profile sensors allowing extreme precise measurements. Applying the MTS 8201.LLT  in rolling mills and Service Centers provides reliable measurement results in high precision and thus creates the basis for controlling the production process and eventually the quality achieved. The inspection system is designed as a stable O-frame structure and has a traversing apparatus with upper and lower flange which are mechanically coupled with each other.

Features:

• Linearity from ±5µm
• Measuring ranges up to 20mm
• Measuring rate up to 2kHz

The operating principle of the dimensionCONTROL MWS 8203.LLT system is based on laser line triangulation scanners (i.e. profile sensor technology) that provide extremely high lateral resolution and therefore the required precision can be achieved. The highly dynamic positioning of two profile sensors at the edges of the strip to be measured enables high precision width measurements. These sensors measure the width synchronously using the distance measurement between both sensor positions. In the case of large widths, thermal expansion plays an important role and is compensated for by using an innovative concept that prevents the precision of the measuring systems being influenced by the width of the material to be measured. The 2D profile sensor not only recognizes the strip edge, but also knows the height information, enabling the sensor to account for possible tilting of the metal strip.

Characteristics:

• Accuracy ±20µm
• Working in combination with the thicknessCONTROL MTS 8201.LLT thickness measurement system, the upper thickness sensor can also be applied as a width sensor.