About this book:

Robots on the Line provides a comprehensive, step‑by‑step roadmap for integrating industrial robots into manufacturing operations. It begins by teaching readers how to identify genuine automation opportunities through process observation, cycle‑time and defect analysis, and the “dirty, dull, and dangerous” lens, then establishes the technical foundation—robot kinematics, payload, reach, repeatability—and surveys the major robot architectures (articulated, SCARA, Delta, Cartesian, cylindrical, polar, mobile) to match each to specific applications such as handling, welding, palletizing, and machine tending. Detailed process mapping and task analysis are emphasized as prerequisites for sound end‑effector selection, sensor integration (2D/3D vision, force/torque, proximity), and workcell design, including fixtures, conveyance, and guarding that satisfy safety standards like ISO 10218, ISO/TS 15066, and ANSI/RIA.

The book then delves into the practical engineering of a robot cell: controls and communication (PLCs, fieldbus, industrial Ethernet), programming fundamentals (frames, I/O, motion types), and advanced techniques such as offline simulation, path optimization, and code reuse. Vision‑guided robotics and adaptive picking are shown to unlock flexibility for bin picking and variable part presentation, while integration with MES/ERP, quality, and traceability systems turns the robot into a data‑rich node in a smart factory. Commissioning and validation are broken down into FAT, SAT, and production runoff, with a strong focus on safety validation, risk assessment, and documentation. Performance optimization chapters cover cycle‑time analysis, buffering, throughput improvement, and OEE calculation, while quality assurance leverages robot repeatability, in‑line inspection, force/torque sensing, and process capability (Cpk/Ppk). Long‑term reliability is addressed through preventive, predictive, and TPM‑based maintenance, and cybersecurity is treated as a defense‑in‑depth imperative involving network segmentation, secure communications, and compliance with IEC 62443. Human factors are explored via workforce upskilling, ergonomics, change management, and collaborative robotics, and the financial justification is built around TCO, payback period, and sensitivity analysis. Vendor selection, RFQ creation, project management, and a troubleshooting‑continuous‑improvement playbook close the guide, ensuring that readers can select, deploy, sustain, and continually improve robotic cells that deliver measurable gains in throughput, quality, safety, and return on investment.

What You'll Find Inside:

• How to identify and evaluate the right automation opportunities by analyzing 'dirty, dull, and dangerous' tasks and quantifying expected benefits
• Understanding industrial robot fundamentals including kinematics, payload, reach, and repeatability to select the appropriate robot type for specific applications
• Designing safe and efficient workcells with proper layout, fixtures, guarding, and compliance with safety standards like ISO 10218 and ISO/TS 15066
• Mastering robot programming from basics to advanced techniques including offline simulation, path optimization, and vision-guided robotics applications
• Implementing quality assurance, maintenance strategies, and data monitoring to optimize throughput, reliability, and return on investment

Who's It For:

This book is designed for manufacturing engineers, automation technicians, operations managers, and business owners who are responsible for evaluating, implementing, and maintaining industrial robotic systems. It provides practical guidance for those seeking to improve production throughput and quality through robotics integration, whether they are new to automation or looking to enhance existing robotic cells.