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High Performance Machining
Chapter 1 What is High Performance Machining, and Why is It
Important?
Chapter 2 Machine Construction and Geometry
Chapter 3 Motion Control (CNC) and Drive Train
Chapter 4 Spindle Technology
Chapter 5 Thermal Growth and Control
Chapter 6 Part Processing
Chapter 7 Real-time Performance Monitoring
Chapter 8 Machine Evaluation Test Suite
'High Performance Machining' (2000): 1. The ability to achieve tolerances between ~0.0005" and ~0.0002" on complex contoured parts while simultaneously increasing throughput, 2. The combination of high precision and high speed machining, 3. Rapidly emerging technology that is a prerequisite for the success and profitability of machining operations.
'High Performance Machining' is for machining practitioners, namely machine shop owners, shop managers, CNC programmers, and machinists. As such, it focuses on the practical implementation of high performance machining principles in a manufacturing environment. Starting with a review and evaluation of current practices in most machine shops, the book examines the range of disciplines that must be fully mastered in order to become a practitioner of high performance machining: Machine Construction and Geometry, Motion Control (CNC) and Drive Trains, Spindle Technology, Thermal Growth and Control, Part Processing, and Real-Time Performance Monitoring.
Each topic provides in-depth information high performance machining in the context of 3-axis vertical machining centers. Special considerations for 4-and5-axis machining are also discussed, and the principles presented apply to a wide array of machining processes beyond milling, including turning and grinding. The information presented is essential not only for machine shops, but for any and all businesses that perform machining operations, whether they are production lines, prototype shops, mold builders, captive aerospace parts producers, or the garage-based machine shop.
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