The FANUC R-2000iC is an advanced industrial robot with a payload capacity of 210 kg and a reach of 2,655 mm, ideal for assembly, welding, material handling, and logistics applications. The robot is used in industries such as automotive, metal, electronics, and logistics, delivering high precision, impressive work speed, and minimal maintenance.
The robot can be purchased through All-Robots with full professional support, including customized solutions for industrial projects.
The FANUC R-2000iC is a powerful and precise industrial robot designed for tasks requiring heavy payload handling, rapid movement, and exceptionally high accuracy. With an impressive payload capacity of up to 210 kg and a reach of 2,655 mm, the robot is specially adapted for diverse industrial applications, including assembly, welding, material handling, and lifting heavy components.
Thanks to FANUC’s intelligent motion control system, the robot delivers continuous and smooth operation, ensuring maximum precision in every action. Advanced design enables improved production efficiency, reduced errors, and increased throughput, making it a central tool in industries such as automotive, metal, electronics, logistics, and more.
✔ High payload capacity – up to 210 kg, ideal for transferring heavy parts, automated assembly, and advanced welding.
✔ Wide working range – 2,655 mm, enabling convenient access to large work areas and improved production flexibility.
✔ Maximum precision and speed – advanced motion control system ensures smooth, efficient, and fast performance.
✔ Compact and efficient design – the robot combines advanced performance with intelligent structure suitable even for small industrial spaces.
✔ High reliability and low maintenance – designed for extended operation with minimum downtime, improving production continuity.
✔ Support for innovative technologies – easy integration with smart systems, including artificial intelligence and production line optimization.
🔹 Automotive industry – used for assembly, chassis welding, lifting large components, and automatic part handling.
🔹 Logistics and automated warehouses – suitable for sorting, transferring heavy loads, and automating storage processes.
🔹 Metal processing and electronics – ideal for cutting, welding, drilling, and loading advanced CNC machines.
🔹 Packaging and handling in manufacturing industries – performs automatic loading and unloading of products in complex manufacturing processes.
🏭 Toyota, Ford, Volkswagen, BMW – smart production lines for the automotive industry.
📦 Amazon, UPS, DHL – warehouse management and smart logistics.
🔩 Siemens, Caterpillar, Bosch – metal and electronics industry, including welding and automated assembly.
✔ Significant throughput improvement – full automation to reduce cycle times and improve work speed.
✔ Cost savings – fewer human errors, less raw material waste, and improved resource utilization.
✔ Higher safety – reduces the need for hazardous manual work while maintaining strict safety standards.
✔ Operational flexibility – the robot can be programmed for various tasks according to customer needs.
The robot can be purchased through All-Robots with professional service and full technical support. Additionally, customized projects can be executed, including full robot integration according to customer requirements.
❓ What is the robot’s lifting capacity?
✅ The robot can lift up to 210 kg, making it ideal for heavy industrial applications.
❓ What is the robot’s operating range?
✅ The robot’s operating range is 2655 mm, enabling high flexibility in various manufacturing processes.
❓ What applications are suitable for the FANUC R-2000iC/210F robot?
✅ The robot is suitable for a wide range of applications, including spot welding, assembly, material handling, packaging, and palletizing.
❓ What is the robot’s accuracy level?
✅ The robot offers repeatability of ±0.05 mm, ensuring precise and reliable performance in industrial processes.
❓ Can the robot be installed in different positions?
✅ Yes, the robot can be installed on the floor, ceiling, or at an angle, depending on application needs and available space.