Fairino FR3 | 6DOF | 622mm | 3kg
Variantes: FR3- IP54 Standard
Cobot de precisión para la automatización industrial flexible
El Fairino FR3 es un robot colaborativo de 6 ejes con una capacidad de carga de 3 kg y un alcance de 622 mm. Con una repetibilidad de ±0,02 mm y un diseño compacto y ligero (aprox. 15 kg), es ideal para aplicaciones robóticas de precisión en la automatización industrial. También está disponible opcionalmente en versión a prueba de explosiones.
Es compatible con TCP/IP, Modbus TCP/RTU y protocolos opcionales como Profinet, EtherCAT y Ethernet/IP. La programación se puede realizar mediante C#, C++, Python y ROS/ROS2. El robot se controla a través de un panel de programación de 10,1 pulgadas o una aplicación web, y cuenta con una arquitectura EtherCAT para un rendimiento en tiempo real.
Entre sus aplicaciones típicas se incluyen la manipulación de piezas, el control de calidad, el encolado y el montaje en sectores como la electrónica, los semiconductores y el nuevo comercio minorista. El FR3 es ideal para integradores y fabricantes que buscan un brazo robótico fiable y de alto rendimiento.
Nuestros destacados
The Fairino FR3 – part of the scalable FR cobot series
The Fairino FR3 is a compact 6-axis cobot with a payload of 3 kg, a reach of 622 mm and a repeatability of ±0.02 mm – ideal for precise assembly and handling tasks. As part of the FR series, which covers payloads from 3 to 30 kg, it enables scalable automation. Thanks to intuitive programming via a web interface or an optional teach pendant, as well as open interfaces such as TCP/IP or Modbus, it is perfectly suited to rapid integration. It can also communicate via Profinet and EtherNet/IP as an option, and variants with IP65 protection significantly expand its range of applications. For precise and gentle applications, it can also be fitted with a force sensor as an option. This makes the Fairino FR3 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 FR3 is designed for quick commissioning and a low barrier to entry. Programmes can be created via a graphical web interface without any programming knowledge. At the same time, powerful SDKs are available for complex integrations. This makes the cobot suitable for both beginners and experienced integrators. The Fairino Profinet and EtherNet/IP communication card has been developed for the simple and reliable integration of Fairino robots into PLC-controlled automation systems. More information

RBTX Learn – The easy way to create your first Fairino robot application
On RBTX Learn, our Fairino Start-Up Series offers the perfect introduction to robot programming. Through concise, practical lessons, you’ll learn step by step how to programme a Fairino cobot and use it effectively. The course is specifically designed for beginners and teaches the basics in a clear and practical way. Whether it’s production, automation or prototyping – RBTX Learn makes getting started a breeze. Get started now and develop your robotics skills quickly and efficiently. RBTX Learn - Fairino Starter Series

Typical SME automation applications
The Fairino FR3 can be used flexibly in SMEs, particularly for small batch sizes and changing product ranges. In handling applications, it can perform pick-and-place tasks such as loading and unloading machines. In assembly, it can automate precise steps such as screwing or positioning. It can also be combined with vision systems for quality inspection. In dispensing and gluing applications, it ensures consistent results. Thanks to its compact design, it can be easily integrated into existing workstations or mobile cells.

Working efficiently with a teach pendant
The teach pendant enables direct control of the robot, as well as programming and monitoring. It offers real-time isualisation of positions, manual axis movements (jogging) and access to I/O data. When used in conjunction with the web app, operation is simplified and the adjustment of processes during operation is significantly accelerated. More information

