FANUC Robot Training: HandlingTool Operation and Programming

  • FANUC Robot Training: Handling Tool Operation and Programming

    Kent State University is a FANUC Authorized Certified Education Training Facility that is able to provide training to students enrolled in academic programs as well as industry representatives. FANUC certified professors conduct all training at Kent State and are committed to providing the best learning experience.

    Instructor: Darwin Boyd, Ph.D.  
    Course Dates: August 4-7, 2025   8:00a.m. - 4:30p.m.
    Cost: $1,935
    Room 048AEB Aeronautics and Engineering Building (AEB), (formally Aeronautics and Technology Building-ATB), Kent State University, Kent, Ohio

    • A parking pass next to the Aeronautics and Engineering Building will be emailed to you before the course begins.
    • Lunch options provided each day. 

      Contact Dr. Boyd dboyd@kent.edu   330-672-3607 or Lifelong Learning lifelonglearning@kent.edu  330-672-3100
       

    Register Now

    Our Industrial Robotics Laboratory is equipped with fenceless FANUC industrial robots and classroom computers have FANUC Robotics ROBOGUIDE simulation software and teach pendants available for students to 
    learn how to program. Kent State University owns and offers training to the public on FANUC robots. Pictured are two of our FANUC robots with conveyors on a fenceless cart. Course: HandlingTool Operation and Programming (32 hours/3.0 CEU)

    This course covers the tasks that an operator, technician, engineer or programmer needs to set up and program a FANUC Robotics HandlingTool Software Package.
    Course Objectives

    • Operate the teach pendant
    • Navigate the controller software
    • Power up the robot
    • Jog the robot in different coordinate systems
    • Recover from common program and robot faults
    • Execute production operations
    • Perform frame setup
    • Create, modify, and execute a material handling program
    • Understand programming instructions
    • Understand positional information (CARTESIAN vs. JOINT)
    • Understand motion types (JOINT, LINEAR, CIRCULAR)
    • Create, set up, and execute MACROs
    • Configure, monitor, force, and simulate input and output signals
    • Perform standard backup, and restore programs and files

    Registered participants will be provided with on-line modules up to two weeks prior to the training. In person, hands-on 32-hour training will consist of 24 laboratory exercises. In addition to lab exercises, a pre-test and post-test are used to measure mastery of objectives. Upon successful completion of the course, participants will receive the FANUC Robotics CERT I industry credential.

     

0
0