The book "Improving the accuracy of spindle nodes on rolling bearings" by A. M. Figatner is a deep and fascinating study that immerses the reader in the world of mechanics and precision engineering. This work will be a real find for those who are interested in modern technologies, mechanical systems and their optimization. In his book, Figatner examines key aspects concerning the improvement of the accuracy of spindle nodes, which play an important role in various industries, from mechanical engineering to high-precision devices. The author shares his knowledge and experience, explaining how to choose the right bearings, what factors affect their work and how to improve the characteristics of spindle nodes to achieve maximum efficiency. The reader will be able to learn about modern methods of analysis and design, as well as about the latest achievements in the field of materials science, which allow you to create more reliable and durable components. This book will be of particular interest to engineers, designers and students of technical specialties, as well as anyone who seeks to deepen their knowledge in the field of mechanics and mechanical engineering. It is suitable for both professionals and amateurs who want to understand the intricacies of bearings and spindle assemblies. If you are looking for information on how to improve the performance of machines and mechanisms, or want to understand how modern technologies affect traditional design approaches, then this publication will be a real guide for you. The topics raised in the book cover a wide range of issues related to the accuracy and reliability of mechanical systems. Figatner emphasizes the importance of choosing the right materials and technologies, as well as the need for careful calculations and tests. It raises questions related not only to technical aspects, but also to the economic feasibility of introducing new solutions, which makes the book relevant for professionals working in conditions of fierce competition. The author's style is distinguished by clarity and accessibility, which allows even complex technical concepts to be presented in an understandable and logical form. Figatner not only shares his knowledge, but also inspires the reader to further study the topic, offering interesting examples from practice and research. His approach to the presentation of material makes the book not just a textbook, but a real source of inspiration for all who strive for perfection in their profession. If you are interested in topics such as mechanics, bearings, spindle assemblies and their accuracy, you can also pay attention to other works in this field, such as "Material Mechanics" or "Basics of Mechanical Engineering". These books will help you expand your knowledge and deepen your understanding of the working principles of mechanical systems. In conclusion, “Improving the accuracy of spindle nodes on rolling bearings” is not just a book, but a whole world in which the reader plunges into, wanting to understand how the mechanisms that surround us in everyday life work. This work must be in the library of everyone who is interested in engineering and strives for professional growth.