SUSTAINABLE MANUFACTURING MASTERCLASS
The art of balancing process factors to achieve a cost efficient metal cutting process. This course examines transformation approaches and methods to overcome deep-rooted behaviors and beliefs.REGISTER FOR THE MASTERCLASS
This Masterclass gives a comprehensive overview of the different physical models used to describe and analyze a machining process and of the basic mechanisms associated with it. Numerous practical models and guidelines are outlined, aiming to provide an adequate understanding of the machining process in different types of workpiece material. Also, a link is made between machining technology, production economics, and environmental impact. The primary purpose of this Masterclass is to give practical models to work towards a productive and cost-efficient metal cutting process that creates a minimum load on the environment. Most of the relationships, models, and guidelines described have been verified experimentally in a wide variety of workpiece materials.
The interaction between the load situation during the cutting process and the properties of the cutting tool gives a certain tool wear which leads to a certain tool life. This defines a total amount of workpiece material which is removed by a cutting edge under given process conditions. These conditions result in a machining time required for finishing a workpiece with a certain quality, which in turn represents a certain manufacturing cost.
The aim is to facilitate knowledge sharing, networking and the demonstration of cost efficiency, productivity and continuous improvement trends, technology and innovations.
This course, $1500 to attend, includes your local transportation, meals, and return transfer to the airport if needed. Your purchase price also includes technical guidebooks as a supplement to the course and a resource for the most technical challenges you face in your shop.
Presentation Topics Include
Process Kinematics of a Metal Cutting Process
General Description of a Cutting Tool
Machinability models for different workpiece materials
Chip formation models
Models for Cutting Forces
Thermal Analysis of a Cutting Operation
Tool Deterioration and Tool Life
Quality of the Machined Surface
Best Practices for Practical Cutting Process Optimization
Economic aspects of Cutting Processes
Reference Material
Full background information and reference can be found in the book "Applied Metal Cutting Physics, Best Practices" and other STEP technical publications.
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