Please download the additional materials:
# 1 – Three main production problems – Part 1 and Part 2
# 2 – Three main production problems – Part 3
# 3 – How to identify real production problem causes
# 4 – How to avoid collapsing of pipe ends without tempering – Part 1 and Part 2
Referenzprozess, Optimierungslauf 1, Optimierungslauf 2
# 5 – 13 ways to reduce the costs for compressed air
# 6 – Industry 4.0 – what is this in extrusion?
# 7 – Measuring of the inner temperature in pipe extrusion
Ergebnis aus Innentemperaturmessungen
Ergebnis aus Innentemperaturmessung
#8 – What are the most important things in waste heat usage
Excel-Tool zur Berechnung der thermischen Leistung
#9 – How to avoid compressed air leakages without continous searching
Excel-Tool zur Analyse der Druckluftleckagen
#10 – How to avoid vacuoles in extrudates with high wall thickness
Simulationsergebnisse Abkühlung Vollstab PE 250mm
#11 – How to reduce energy costs of your extruders?
Berechnungstool Excel Antriebsamortisation
#12 – How to increase the flatness of extruded films?
Berechnungstool zum Flachlegungsverhältnis von Blasfolien
#13 – How to avoid die drool?
Ishikawa Diagramm zur Bartbildung
#14 – How to avoid blocking in film extrusion
#15 – Set upof cylinder temperatures in extrusion
Excel-Tool Zylindertemperaturen
#16 – Excel Tool Extruder Dimensioning, Residence time calculator
#17 – Checkliste – useful tasks during low production times