180 likes | 327 Vues
The measurement of stamping lubricants is critical for manufacturers aiming to reduce scrap and defects in production. Proper lubricant measurement leads to consistent quality and improved die life while minimizing waste. Key measurement technologies include weigh/strip/weigh, titration, infrared, ultraviolet, and beta backscatter, each offering unique benefits. Understanding accuracy, precision, and traceability ensures effective lubricant management. By implementing these measurement techniques, manufacturers can optimize operations and achieve better results, addressing challenges from both excess and insufficient lubricant application.
E N D
New Technology Thickness Measurement of Stamping Lubricants
Why measure stamping lubricants? • Reduce Scrap and Defects
Why measure stamping lubricants? • Reduce Scrap and Defects • Consistent Quality
Why measure stamping lubricants? • Reduce Scrap and Defects • Consistent Quality • Improved Die-Life
Why measure stamping lubricants? • Reduce Scrap and Defects • Consistent Quality • Improved Die-Life • Lower Lubricant Waste
Problems from too little lubricant • Tearing of Blanks • Die Wear • Inconsistent Quality
Problems from too much lubricant • Waste • Handling • Down the line
Lubrication Measurement Technology • Weigh/Strip/Weigh • Titration • Infrared • Ultraviolet • Beta backscatter
Lubrication Measurement Technology • Weigh/Strip/Weigh
Lubrication Measurement Technology • Titration
Lubrication Measurement Technology • Infrared
Lubrication Measurement Technology • Ultraviolet
Lubrication Measurement Technology • Beta backscatter
Lubrication Measurement Technology • Weigh/Strip/Weigh • Titration • Infrared • Ultraviolet • Beta backscatter
Measurement Terms Accuracy Precision Uncertainty Traceability