Expand the capabilities of a FANUC robotics program with FANUC CERT robot add-ons and learning packages. Available options support instruction in integrated vision, end-of-arm tooling, material handling, error proofing, simulation and application development.
Schools can use these options to build on foundational robot operation and programming skills with structured projects that connect individual robot commands to complete automation applications.
Move beyond basic robot programming with vision, tooling, simulation and project-based activities that reflect real automation workflows.
Teach students how robots locate, inspect and respond to parts using FANUC 2D iRVision technology.
Compare mechanical, vacuum and collaborative grippers while exploring how tooling affects robot programming and system design.
Apply robot, tooling and vision skills through guided material-handling and error-proofing activities.
Compatibility depends on the selected robot, controller, software and CERT cart configuration. Contact Tech-Labs to confirm all prerequisites before ordering.
FANUC 2D iRVision allows a robot to locate parts and determine their position and orientation. This can reduce dependence on fixed positioning fixtures while introducing students to vision-guided automation.
Camera position, lighting, software and robot compatibility should be confirmed for the intended application.
The FANUC vacuum suction-cup tooling allows students to simulate pick-and-place applications using a vacuum-operated end effector. It can be manually interchanged with a compatible mechanical gripper.
A mechanical gripper is available for compatible standalone robot configurations. Accessory components may be required and are not necessarily included with the basic gripper.
The collaborative actuated gripper is an electric two-finger parallel gripper designed for compatible collaborative robot applications. It operates through 24 V power and digital input/output.
The robot series must be specified when ordering. Confirm robot compatibility, cabling, adapter requirements and included accessories with Tech-Labs.
SHAPES provides a structured starting point for robot operation and programming exercises. It is identified as standard with applicable FANUC CERT carts.
The package supports instruction using the following FANUC materials:
Final project components depend on the selected robot and application package.
The battery package combines material handling with FANUC 2D iRVision and error-proofing concepts. Students can program the robot to identify and manipulate batteries in multiple orientations.
The pill sorting package combines pneumatic tooling, contrasting colors and 2D vision to demonstrate automated identification, handling and sorting.
FANUC ROBOGUIDE allows students to create, program and evaluate a virtual robotic workcell in a three-dimensional environment. Students can develop and test programs without requiring continuous access to the physical robot.
Individual, multi-seat and server-based education licensing options may be available. Confirm current licensing terms and computer requirements with Tech-Labs.
FANUC education manuals are based on the same robot-operation, programming and simulation materials used in FANUC training. Available manuals depend on the selected application and software package.
Online training modules can support instructor preparation and student learning in robot operation, HandlingTool, ArcTool, simulation and related topics.
Course access, seat quantities, subscription terms and prerequisites vary by package and should be confirmed when quoted.
FANUC CERT equipment, curriculum, ROBOGUIDE simulation and instructor-led laboratory activities can help schools prepare learners for applicable FANUC national certification assessments developed with NOCTI.
Current FANUC and NOCTI credential pathways include written and applied assessments for Robot Operator and Robot Technician skill levels, as well as a Collaborative Robot Operator assessment. Certification is not awarded automatically through the purchase or completion of an equipment package. Candidates must meet the applicable instructional and assessment requirements.
Schools should confirm current assessment availability, testing-account requirements, instructor qualifications and fees directly with FANUC, NOCTI or Tech-Labs.
The FANUC I/O Simulation Box gives students a hands-on way to work with digital inputs and outputs during robot-programming exercises.
This option helps students understand how robot programs communicate with sensors, switches, actuators, and other automation equipment.
Programs can begin with robot operation and basic programming, then add tooling, vision, simulation and project-based activities as students advance. This approach allows instructors to connect foundational skills with more complete automation applications and certification preparation.
Add-on compatibility, prerequisites and included components vary by robot and education package. Confirm the complete configuration with Tech-Labs before ordering.
Contact Tech-Labs to select compatible vision hardware, grippers, project-based learning packages, software and instructor resources for your FANUC system.
