Design for Manufacturability (DFM) – the art of developing high quality products for the lowest possible manufacturing cost. Written by over 70 experts in manufacturing and product design, this popular productivity tool gives you the know how to design products for function, quality, reliability, maintainability, and benefits to the environment – while drastically simplifying the manufactu…
Throughout industry, “TMEH” is the ready reference source for daily use by: . Manufacturing engineers . Production managers . Die designers . Technicians . Quality control engineers . Process planners . Methods engineers . Foremen . Production engineers . Supervisors. Every aspect of fundamental and advanced techniques and methods in the application of traditional and n…
The book covers the basic processes and machinery used in the job shop, tool-room, or small manufacturing facility. At the same time, it describes advanced equipment used in larger production environments. The reader is given a thorough review of metals and other engineering materials, including their physical properties, testing, treatment, and suitability for use in manufacturing. Quality, me…
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' (20…
This second edition incorporates relevant new findings and developments since the first edition was published nearly two decades ago. More detail is presented regarding new grain materials, creep-feed grinding with conventional abrasive wheels, superabrasive (diamond and CBN) materials and wheels, and metal-bonded superabrasive electroplated wheels. A more comprehensive treatment is ow included…
Chapter 1: History of 5-Axis Machines, 3-12 Chapter 2: Know Your Machine, 13-44 Chapter 3: Cutting Strategies, 45-48 Chapter 4: Indexing Multiaxis Toolpaths, 49-64 Chapter 5: Simultaneous Multiaxis Toolpaths, 65-78 Chapter 6: Common Simultaneous Multiaxis CAM Toolpath Controls, 79-102 Chapter 7: Machine Simulation, 103-118 Chapter 8: Selecting The Right Machine for Your Appl…