Materials Handling

Robotic and CNC has thru FANUC available many solutions for Academy and Industry.

FANUC technology has contributed to a worldwide manufacturing revolution, which evolved from the automation of a single piece of machine to the automation of entire factory production lines.

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This course covers basic operations of FANUC Robots, using the teach pendant as the main interface point. This course is geared toward providing Operators the introductory knowledge to interact with the robot.

Course Objectives: Students successfully completing this course will be able to:

Navigate the teach pendant menus
Power up and Jog the Robot
Understand User and Tool Frames and their impact on programs
Step test and continuous test production programs
Execute production operations
Modify motion statements and positional data
Diagnose Faults
Recover from a crash
Backup and restore individual programs and files

Recommended safety procedures are integrated into all training exercises. The course consists of lectures, demonstrations, and a series of lab exercises designed to reinforce what the student has learned. In addition to lab exercises, a pretest and posttest are used to measure mastery of objectives.

Audience: This course is intended for the person who operates or may be required to perform maintenance on System R-J or newer controllers and FANUC robot equipped with a standard application software package.

Prerequisites: None

We reserve the right to cancel or modify classes at any time.

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The course covers the tasks that an operator, technician, engineer or programmer needs to setup, record and/or troubleshoot programs on a FANUC Robot using HandlingTool Software.

Course Objectives: Students successfully completing this course will be able to:

Power up and jog the robot
Teach Frames
Recover from common program and robot faults
Execute production operations
Create, modify and execute a material handling program
Create and execute MACROs
Monitor, force and simulate input and output signals
Backup and restore individual programs and files

Recommended safety procedures are integrated into all training exercises. The course consists of lectures, chapter reviews, demonstrations and a series of lab exercises designed to reinforce what the student has learned. In addition to lab exercises, a pre-test and a post-test are used to measure mastery of objectives.

Audience: This course is intended for the person who must set up and record a program on a robot with a HandlingTool application software package.

Prerequisites: None

Note: There is an online HandlingTool Test-out available. The successful passing of the HandlingTool Test-out will qualify a student for advanced courses that have the Operations and Programming prerequisite. This option can take the place of the “Live” instructor-led HandlingTool class prerequisite. Please contact the Training Department for additional details and to enroll.

We reserve the right to cancel or modify classes at any time.

HandlingPRO is a 3D robot simulation program.

Course Objectives: Students successfully completing this course will be able to:

Create a new work cell
Edit the robot properties
Add a part and objects to the work cell
Add End-of-arm Tooling to the robot
Add a pick fixture to the work cell
Add a place fixture to the work cell
Create a robot program
Create a program using Draw Features on Part
Run the programs
Use Task Profiler to analyze program run
Create a program to pick and place random parts
Create an AVI of your work cell
Add a second robot to the work cell
Setup extended axis and add 2nd & 3rd motion group, then create machines for the 7th axis and motion groups

Recommended safety procedures are integrated into all training exercises. The course consists of presentations and demonstrations, and a series of lab exercises designed for the student to complete. In addition to lab exercises, a pretest and post-test are used to measure mastery of objectives.

Audience: This course is intended for application engineers who need to design robotic work cells, perform cycle time or reachability studies, or generate robot paths.

Prerequisites: Completion of a live, FANUC instructor led Operation and Programming course (such as HandlingTool, ArcTool, SpotTool). Completion of an online eLearn Operation and Programming course will not meet this Operation and Programming prerequisite.

Note: For training done at the customer’s facility the customer is responsible to supply each student with computers that match the software’s system requirements.

We reserve the right to cancel or modify classes as any time.

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Advanced programming is the next step after an Operation and Programming class. Topics from the previous classes will be used in this class to develop a more complex scenario. Students will be given a hypothetical example workcell. Then they will be given the task of creating all the necessary programs to deal with multifaceted issues using Advanced Programming techniques.

Course Objectives: Students successfully completing this course will be able to:

Understand Frame manipulation related to programming issues
Understand advanced program control structures
Develop programs with a language independent model
Perform coding of programs using advanced programming techniques
Set up Multi-tasking operations
Create Condition Monitors
Design methods for Error Trapping/Recovery

The course consists of demonstrations, and a series of lab exercises designed to reinforce what the student has learned. In addition to lab exercises, a pre-test and post-test are used to measure mastery of objectives.

We reserve the right to cancel classes at any time.