Paul Robbins of Castool.

Paul Robbins

Paul Robbins, a Schulich School of Business postgraduate, has over 40 years of experience in the light metal extrusion industry. As General Manager of Castool Tooling Systems, their innovative contributions, including numerous international patents, have positioned the company as an industry leader.

Paul is also recognized for their scholarly work, authoring articles and technical papers that have shaped industry standards. Their famous 1997 phrase “Temperature, Temperature, Temperature” highlights the importance of temperature control in extrusion processes. Advocating for a holistic approach, Paul’s philosophy of interconnected production systems continues to drive advancements and inspire professionals globally.

Impact of Process Parameters on Exit Profile Temperature and Ram Force in Extrusion: A Sensitivity Analysis

Abstract. This paper explores how process parameters affect exit temperature and ram force in extrusion. Using three-dimensional Finite Element Analysis (FEA) and full factorial statistical analysis, the research aims to derive prediction equations for these variables based on parameters like billet temperature, length, diameter, and ram speed. Moreover, the effect of container heat dissipation on productivity will be investigated.

Extrusion Productivity: Billet Geometry/Container/Dummy Block

Abstract. This paper studies the impact of process parameters on press productivity. In particular, 3D simulations have been performed to determine the effect of billet geometry (that is primarily billet length and diameter) on press load, extrusion temperature and mode of deformation in the billet. Such simulations are shown to be invaluable to the extruder to allow optimisation of the container dimensions, tooling, and die design, which leads to maximising productivity.

Connecting the Dots to Approach Optimisation, Not Just Efficiency:
An Excellent Resource to Gain Impressive Productivity and
Capability Improvements

Used with permission from the Proceedings of the Thirteenth International Aluminum Extrusion Technology Seminar (ET ’24), published by the Extrusion Technology for Aluminum Profiles Foundation and Aluminum Extruders Council.

Abstract. The main audience of this paper are the management and other team members leading and operating extrusion companies and operations. The extrusion process and industry are relatively simple to understand and inexpensive to enter. The ability to serve markets is often controlled by the equipment, process and technical capabilities possessed; many companies possess sufficient levels of some but are lacking other key “connective tissue” that allows achievement of customer requirements and extruder needs. Uptime / Recovery / Productivity / Costs are important but gaps in capabilities or understanding key linkages between elements results in suboptimal performance. This paper addresses many key requirements from data to process, tooling and others required to achieve efficient operations and to progress from local optimisations to true global optimisations, moving the company from average toward “Superextruder” performance. Data and technical understanding are core achievements and once achieved, it is far too easy to slide backwards by losing just a few key aspects. The paper documents many key aspects like temperature, flow stress and pressures through the lens of data and discloses why excellent tooling or processes alone cannot lead to excellence.

Sessions by
Paul Robbins

Day – TBA

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Impact of Process Parameters on Exit Profile Temperature and Ram Force in Extrusion: A Sensitivity Analysis

Day – TBA

Time TBA

Extrusion Productivity: Billet Geometry/Container/Dummy Block

Day – TBA

Time TBA

Connecting the Dots to Approach Optimisation, Not Just Efficiency:
An Excellent Resource to Gain Impressive Productivity and
Capability Improvements