Publications
The Difference Between Excellence and Mediocrity
Bigger Castings, Bigger Problems: Using Giga Presses to Cast Massive Automotive Parts
Die Casting Engineer – Bigger Castings Bigger Problems
Extrusion Productivity: Ram Speed/Die Design/Container
Plunger Tip Evolution in the Diecast Industry
Better Profiles Faster: Material Selection for Extrusion Tooling
Material Selection for Extrusion Containers
Material Selection for Extrusion Tooling – Part III
Better Castings Faster: Tooling Material, Process and Failure Analysis in Diecasting
Material Selection for Diecast Tooling: Decision Theory and Practice
The Difference Between Excellence and Mediocrity
Bigger Castings, Bigger Problems: Using Giga Presses to Cast Massive Automotive Parts
Die Casting Engineer – Bigger Castings Bigger Problems
Extrusion Productivity: Ram Speed/Die Design/Container
Plunger Tip Evolution in the Diecast Industry
Better Profiles Faster: Material Selection for Extrusion Tooling
Material Selection for Extrusion Containers
Material Selection for Extrusion Tooling – Part III
Better Castings Faster: Tooling Material, Process and Failure Analysis in Diecasting
Material Selection for Diecast Tooling: Decision Theory and Practice
Bigger Castings, Bigger Problems: Using Giga Presses to Cast Massive Automotive Parts
Die Casting Engineer – Bigger Castings Bigger Problems
Plunger Tip Evolution in the Diecast Industry
Better Castings Faster: Tooling Material, Process and Failure Analysis in Diecasting
May 2022 Die Casting Engineer
Vacuum Assisted Die Casting
Plunger Design Meets Caster Requirements
A Time of Unmatched Opportunity
Plunger Tip Design – Materials 07
Tooling System for Precision Tubing – Japanese
The Difference Between Excellence and Mediocrity
Bigger Castings, Bigger Problems: Using Giga Presses to Cast Massive Automotive Parts
Extrusion Productivity: Ram Speed/Die Design/Container
Better Profiles Faster: Material Selection for Extrusion Tooling
Material Selection for Extrusion Containers
Extrusion Productivity: Billet Geometry/Container/Dummy Block
A Fine Balance: The Difference between Excellence and Mediocrity
Fine Balance – The difference between excellence and mediocrity (Japanese)
Extrusion Productivity Part II – Predicting of Ram Speed (Japanese)
Extrusion Productivity Part II – Predicting of Ram Speed
The Difference Between Excellence and Mediocrity
Bigger Castings, Bigger Problems: Using Giga Presses to Cast Massive Automotive Parts
Die Casting Engineer – Bigger Castings Bigger Problems
Extrusion Productivity: Ram Speed/Die Design/Container
Plunger Tip Evolution in the Diecast Industry
Better Profiles Faster: Material Selection for Extrusion Tooling
Material Selection for Extrusion Containers
Material Selection for Extrusion Tooling – Part III
Better Castings Faster: Tooling Material, Process and Failure Analysis in Diecasting
Material Selection for Diecast Tooling: Decision Theory and Practice
Extrusion Productivity Part II – Predicting of Ram Speed (Japanese)
The Single Cell Die Oven
The Fixed Dummy Block
Improve Measurement Improve Productivity
Plunger Tip Design – Materials 07
Extrusion Productivity Part I – Billet Geometry
Thermally Stable Container
Dummy Block Paper
Ultimate Extrusion Tooling Systems
