Computer Aided Manufacturing

“Computer Aided Manufacturing” is an indispensable resource for anyone involved in robotics, engineering, or manufacturing technology. As part of the “Robotics Science” series, this book provides a comprehensive look at the critical processes and tools that drive modern production. Whether you're a professional, undergraduate or graduate student, or an enthusiast, this book equips you with the knowledge to navigate the complexities of computeraided manufacturing (CAM) and its integration with robotics. With detailed explanations and clear connections to the broader field of robotics, it serves as an essential guide for mastering both the theoretical and practical aspects of CAM

Computeraided manufacturing-This chapter introduces the foundational concepts of CAM, explaining how technology optimizes production processes

Computeraided design-It explores the integration of CAD in CAM, highlighting the link between design and manufacturing efficiency

Mastercam-Learn about Mastercam's role in simplifying complex machining tasks and its relevance in roboticsdriven manufacturing

Machinist-Understand the machinist's critical role in the CAM process, bridging the gap between design and execution in robotics environments

Numerical control-Delve into numerical control (NC) systems and their application in robotics for precise and automated machine operation

Tebis-This chapter introduces Tebis, a software solution that enhances the capabilities of CNC machines within the robotics framework

Tool and cutter grinder-Discover the significance of tool and cutter grinding in manufacturing and its crucial role in robotic automation

Cutter location-Explore the importance of accurate cutter location data for optimizing manufacturing processes in robotic systems

Rapid prototyping-Learn how rapid prototyping accelerates product development, integrating seamlessly with robotics for faster innovation

Vero Software-Understand Vero Software’s contribution to the CAM industry, offering innovative solutions for roboticbased manufacturing processes

STEPNC-This chapter covers STEPNC, a modern standard for enhancing communication between CAD, CAM, and CNC systems in robotic applications

CNC router-Gain insights into CNC router technology, crucial for precision cutting in robotic manufacturing systems

Multiaxis machining-Explore the power of multiaxis machining, expanding the capabilities of robots in intricate manufacturing tasks

WorkNC-Learn about WorkNC’s role in optimizing machining strategies for complex parts in the robotics industry

Guitar manufacturing-This unique chapter discusses the intersection of CAM and robotics in the niche field of guitar manufacturing

SmartCAM-SmartCAM’s role in streamlining manufacturing processes, particularly in robotic automation, is explored here

PowerMILL-Understand how PowerMILL software advances robotic machining, offering more precision and flexibility in production

Vericut-Learn about Vericut’s simulation software, a vital tool for testing and optimizing robotic machining processes

Freeform surface machining-This chapter examines the technology behind freeform surface machining and its integration with robotic systems for highprecision tasks

Digital manufacturing-Discover how digital manufacturing ties together CAM, robotics, and automation to revolutionize production lines

NCSIMUL-The final chapter discusses NCSIMUL, highlighting its use in simulating and optimizing CNC machining processes within robotics