The introduction of service robots into production processes represents a significant advance in the modernization of industry, especially in the context of Industry 4.0. This paper explores the implementation of service robots for maintenance, inspection and logistics, highlighting their advantages, challenges and future opportunities. The application of these robots enables the automation of key operations, reduction of costs, increased efficiency, and improved safety and quality of work. Service robots for professional services use sophisticated sensors and technologies for movement as well as for detecting and repairing defects in industrial equipment. These robots can operate in difficult and hazardous conditions, reducing risks to workers and increasing work safety. Robotic inspections enable continuous monitoring and assessment of the condition of equipment, which contributes to timely maintenance and prevention of defects. One of the key aspects is the integration of service robots with existing production systems. Through the application of artificial intelligence, IoT technologies and Big Data analytics, robots can provide valuable data to optimize work processes and make informed decisions. Implementation of these technologies requires detailed planning, including needs assessment, selection of appropriate technology, testing, and training and education of workers. The application of service robots for logistics, maintenance and inspection is a key component of Industry 4.0, enabling production processes to become more efficient, safer and more sustainable.