Fairino FR5 | 6DOF | 922m | 5kg
Variants: FR5 - IP54 Standard
FAIRINO FR5 Collaborative Robot
The FAIRINO FR5 is a 6-axis collaborative robot with a 5 kg payload, 922 mm reach and ±0.02 mm repeatability. It supports TCP speeds up to 1 m/s and is available in IP54 and optional IP65 versions.
Programming via a web interface and teach pendant. Supports SDKs and APIs (Python, C++, C#), and communication via TCP/IP, Modbus, Profinet, Ethernet/IP and others.
Suitable for pick-and-place, machine tending, screw fastening, quality inspection and light assembly tasks.
Highlights

The Fairino FR5– part of the scalable FR cobot series
The Fairino FR5 is a versatile 6-axis cobot with a 5 kg payload, approx. 900 mm reach, and ±0.02 mm repeatability. It is ideal for precise assembly, pick-and-place, and machine tending applications. As part of the Fairino FR series (3–30 kg), it enables scalable and flexible automation solutions. Intuitive programming via web interface or optional teach pendant ensures fast integration into existing processes. Open interfaces such as TCP/IP and Modbus, along with optional Profinet and EtherNet/IP, provide maximum connectivity. Versions with IP65 protection rating and an optional force-torque sensor significantly expand its range of applications. This makes the Fairino FR5 the ideal solution for companies seeking flexible, precise and rapidly integrable automation solutions and wishing to increase their productivity in the long term.

User-friendly programming & control
The Fairino FR5 Cobot enables a fast entry into automation thanks to its easy commissioning and low entry barriers. Through the intuitive graphical web interface, applications can be created and deployed without programming knowledge. For more advanced requirements, powerful SDKs and integration tools are available, supporting flexible customization and complex automation processes. This makes the FR5 suitable for both beginners and SMEs as well as experienced system integrators. Optional Profinet and EtherNet/IP communication enable reliable integration into PLC environments, providing stable real-time communication, reduced integration effort, and increased productivity and process reliability. More information

RBTX Learn – The easy way to create your first Fairino robot application
RBTX Learn – Fairino Starter Series is the ideal introduction to Fairino robot programming and cobot automation. Through practical step-by-step lessons, users learn how to set up, operate, and program a Fairino cobot. The course covers the fundamentals of commissioning, motion programming, workflow optimization, and automation. By combining theoretical knowledge and hands-on exercises, it helps users build robotics skills quickly and confidently. Whether for manufacturing, machine tending, pick-and-place applications, or prototyping, RBTX Learn provides the knowledge required to implement automation solutions efficiently and unlock the full potential of Fairino robots. RBTX Learn - Fairino Starter Series
Typical SME automation applications
The Fairino FR5 Cobot is a flexible automation solution for SMEs and modern production environments. With its 5 kg payload and extended reach, it is ideal for pick-and-place, machine tending, assembly, and handling applications. The robot delivers precise and repeatable results, helping to increase productivity and reduce manual workload. Thanks to intuitive programming, open communication interfaces, and easy system integration, the FR5 can be quickly deployed in existing production processes. Its compact design and versatile application possibilities make it suitable for a wide range of industrial automation tasks.

Working efficiently with a teach pendant
The Fairino FR5 Teach Pendant provides intuitive robot control, programming, and process monitoring within a single user interface. Users can view robot positions in real time, perform precise manual axis movements (jogging), and access detailed I/O data to streamline setup and troubleshooting. In combination with the Fairino Web App, programming is accelerated and process adjustments can be made more efficiently. This helps reduce downtime and improve overall productivity in automated production environments. More information

