Mineral-wool thickness control before milling
Measure mineral-wool web thickness before milling to optimize pre-thickness and reduce production waste. Two optoNCDT laser sensors measure two tracks; ILR2250 laser distance sensors are used where safety requires a larger standoff. Thickness is calculated from sensor-to-material distance and support position.
Measure mineral-wool web thickness before milling to optimize pre-thickness and reduce production waste. Two optoNCDT laser sensors measure two tracks; ILR2250 laser distance sensors are used where safety requires a larger standoff. Thickness is calculated from sensor-to-material distance and support position.
Application challenge
Measure mineral-wool web thickness before milling to optimize pre-thickness and reduce production waste.
Measurement conditions
Two tracks are measured upstream of the milling cutter; the source does not give a numeric product range or exact model suffix.
Measurement method and system
Two optoNCDT laser sensors measure two tracks; ILR2250 laser distance sensors are used where safety requires a larger standoff. Thickness is calculated from sensor-to-material distance and support position.
System components named by the manufacturer
- optoNCDT laser sensors
- ILR2250
Result
The source says pre-thickness can be optimized without changing the final thickness.
The problem
Measure mineral-wool web thickness before milling to optimize pre-thickness and reduce production waste.
Conditions
Two tracks are measured upstream of the milling cutter; the source does not give a numeric product range or exact model suffix.
The method
Two optoNCDT laser sensors measure two tracks; ILR2250 laser distance sensors are used where safety requires a larger standoff. Thickness is calculated from sensor-to-material distance and support position.
The result
The source says pre-thickness can be optimized without changing the final thickness.
