Overview
Large and complex machines are typically assembled from many components and sub-assemblies; these are fixed to a steel frame or base element using traditional bolt fasteners or by welding. This presentation describes an alternative method for mechanical fixing. Attendees will discover a proprietary mounting channel/T-bolt system that creates a more common platform compared with traditional fastening techniques. This channel mount system, in turn, permits a flexible and modular approach to machine design. Benefits include reduced design complexity, faster build times, and significant savings in labor and stock - as illustrated in the presentation's real-world examples.
Key Takeaways
- Help to improve your product design by offering customized solutions for specific customer applications off of a standardized modular base design
- Learn how this system of mechanical connection enhances mass customization efforts in the machine building industry
- Discover how real manufacturers have improved their cost and design position by using mounting channel instead of welding or use of traditional bolt fasteners
- Understand the load capacities of various channel types and learn how to select the correct system for a given application
- Appreciate the basic science behind hot-rolled and cold-rolled materials, and the resulting performance characteristics of different mounting channels
Speakers
Mark Lesher is an applications engineer at Halfen USA. He is responsible for CAD modeling, FEA, and engineering design of Halfen products for industrial and machinery customers. He has degrees in both electrical and mechanical engineering and is a registered professional engineer in the state of Texas.
