003 EE Automatic Closed-Loop Control Comes of Age for Aluminum Extrusion
016 EE Process Controlled Containers—Smart Containers
017 EE Diagnostics and Experiences on Extrusion Press Tooling
027 EE Building a 200 kW Rotating Billet Superconducting Induction Heater
034 EE Comprehension Extrusion Automation for Isothermal Isospeed Extrusion with Guaranteed Cooling Rate
044 EE New Measurement System for Quality Control
046 EE Unique Tool Matching System
054 EE Non-Destructive Examination Predictive Maintenance Procedure for Extrusion Presses—Best of Track Award
070 EE Water Hydraulic Press Control
081 EE Sawing Hot Billets at the Extrusion Press
086 EE New Conveying System in Rapid Gas-Fired Heaters in Combination with Hot Log Shears or Log Welder and Hot Log Saw
088 EE Second Generation Combination Quenches: Improving the Theory and the Practice
096 EE Extrusion Container Technology from Yesterday until Tomorrow
111 EE Performance Enhancement of Tool Lube Systems
126 EE Innovative Tube Extrusion Plants for Aluminum Alloys
129 EE Automated Die-Polishing Update
132 EE Abrasive Flow Machining
137 EE Seven Steps for Selecting an Extrusion Press
138 EE Hot Billet Saw: A Real Innovation in Handling Equipment
143 EE Oil Cleanliness: The Lifeblood of the Modern Extrusion Press System
160EE Operational Experience of a Highly Efficient Induction Billet Heater: Improving Energy Efficiency with Superconductivity
161 EE A Profile Showing the Differences, Advantages, and Costs of Various Aging Systems: Traditional, Semi-Continuous, Continuous |
