Build a robotics training or research system around your program’s specific goals with FANUC Standalone Education Robots. These configurations give schools, colleges, universities, and workforce-development organizations access to industrial FANUC robots without requiring a complete enclosed or fenceless CERT cart.
Available configurations support material handling, high-speed SCARA applications, collaborative robotics, systems integration, and university research. Controllers, education software, teach pendants, tooling, safeguarding, and electrical requirements vary by robot, allowing each system to be configured around its intended application and learning environment.
Select the robot, controller, software, tooling, mounting equipment, and safeguarding that align with your curriculum, research, and laboratory requirements.
Select the robot, controller, software, tooling and safety equipment that align with your curriculum, research and laboratory requirements.
Introduce students to industrial robot operation, programming, tooling, safety and automation using genuine FANUC technology.
Configure a robot for engineering projects, systems integration, automation development and university research.
Integrate FANUC robots with existing workstations, conveyors, PLCs, machine tools, vision systems and other training equipment.
The following robots are identified in FANUC’s current academic offerings. Final availability, controller configuration, software, tooling, electrical requirements, and education-package contents should be confirmed when the system is quoted.
The SR-3iA provides a compact platform for teaching high-speed pick-and-place, sorting, assembly, packaging, inspection, and other SCARA applications.
The standard controller configuration requires 208V power. A 120V transformer may be available as an option.
The compact ER-4iA supports instruction in robot operation, programming, material handling, assembly, machine tending, tooling, and automation integration.
The LR Mate 200iD offers additional reach and payload for material handling, machine tending, assembly, inspection, and advanced systems-integration projects.
A startup accessory package with a 120V transformer, gripper, tooling fingers, and related components may be added according to the selected configuration.
FANUC CRX collaborative robots provide an approachable platform for teaching lead-through operation, tablet-based programming, end-of-arm tooling, vision, material handling, machine tending, and advanced robotics development.
| Model | Payload | Reach |
|---|---|---|
| CRX-3iA | 3 kg / 6.6 lb | 692 mm / 27.2 in |
| CRX-5iA | 5 kg / 11 lb | 994 mm / 39.1 in |
| CRX-10iA | 10 kg / 22 lb | 1,249 mm / 49.2 in |
| CRX-10iA/L | 10 kg / 22 lb | 1,418 mm / 55.8 in |
| CRX-20iA/L | 20 kg / 44 lb | 1,418 mm / 55.8 in |
| CRX-30iA | 30/25 kg / 66/55 lb | 1,756/1,889 mm / 69.1/74.4 in |
Standalone CRX configurations do not necessarily include end-of-arm tooling. You can select collaborative grippers, vision, tooling, mounting equipment, and application accessories to meet program requirements.
The CRX-30iA provides 30 kg payload capacity with 1,756 mm reach. Its operating space expands to 1,889 mm in 25 kg payload mode.
A standalone robot is not necessarily a complete classroom workcell. The final system may require additional components based on the robot, application, and training environment.
A standalone robot may be appropriate for programs that already have safeguarding, workstations and integration capabilities or that need a custom research system. Complete CERT carts provide a more structured classroom solution with integrated mobility, tooling, safety systems and instructional resources.
Tech-Labs can help compare standalone robots, enclosed carts, fenceless systems and collaborative robot packages based on available space, electrical service, curriculum, instructor experience and desired applications.
Available robot models, controllers, software, tooling and electrical configurations are subject to change. Contact Tech-Labs to confirm the current FANUC education configuration before specifying equipment.
Contact Tech-Labs to discuss robot selection, safeguarding, tooling, instructor preparation, curriculum and system-integration requirements.
