Whether you have just purchased a FANUC robot and need some initial training or you already have skills in robotics and simply want to increase your capabilities, FANUC Robotics training programs offer a variety of courses to meet your requirements.
How do you profit from a FANUC Robotics training?
- Increased productivity and a longer machine life
Well trained employees know better how to configure the system more efficiently – for optimized performance,
higher productivity and a longer machine life.
- Protection against downtime
Training is the most important measure for keeping the risk of production downtime, caused by operating errors, as low as possible. And if something does happen your trained team will be able to find and correct the malfunction easier and faster.
- Faster conversion
The FANUC Robotics training program helps you quickly adapt new robot programs each time your production changes.
- Greater motivation
Employees mastering the technology are confident and enjoy working with robots – your benefit:
a motivated team!
A broad variety of courses
TO MEET YOUR TRAINING NEEDS
FANUC ROBOTICS OFFERS A BROAD RANGE OF TRAINING COURSES WHEREVER NEEDED
TECHNICAL TRAINING ROOM
We have 8 training facilities located in Europe with modern and well equipped demonstration areas and laboratories designed to meet your needs.
FANUC Robotics‘ trainers are highly experienced and dedicated to ensure that you receive the best possible training course.
Additionally, with our mobile training cell we can also perform on-site training - wherever you are located and whenever it is needed.
BASIC ROBOT HANDLING
COURSE DESCRIPTION
This course covers the tasks and procedures that an operator, technician, engineer or programmer needs to safely operate a robot.
In addition to presentations and demonstrations this course offers a series of lab exercises for the student to complete. Lab exercises relate directly to the classroom presentations and are intended to reinforce what the student has learned through actual hands on experience. Recommended safety procedures are integrated into all training exercises.
B A S I C
- Safety
- Robot description and configuration
- Teach Pendant layout and features (control panel)
- Description of the various forms of movement
- Practical operation of the robot
- Creation, test and modification of a simple TP Program
- Creation and description User Frames and Tool Frames
- I / O configuration
- Use of registers and status registers (could use Position instructions, registers, Position Registers instead)
- PC connection to robot (web / FTP server)
- Take and restore TP program backup
- Create and restore Controller Image backup
The student will be assessed by our trainer during practical session with a written examination at the end of the course.
ADVANCED ROBOT HANDLING
COURSE DESCRIPTION
This course covers the tasks and procedures that an operator, technician, engineer or programmer needs to safely operate a robot.
In addition to presentations and demonstrations this course offers a series of lab exercises for the student to complete. Lab exercises relate directly to the classroom presentations and are intended to reinforce what the student has learned through actual hands on experience. Recommended safety procedures are integrated into all training exercises.
ADVANCED
- Safety
- Payload settings
- Comprehensive program instructions
- Analysis and modification of existing programs
- Cycle Time Optimization
- Remote I / O configuratie
- Collision Guard
- Configuratie Ethernet (TCP / IP)
- Calibration of a robot
- Setup visualization and I / O
- Robot variables
- Creating complex programs
- Initiation RoboGuide
- Trouble Shooting (1 days)
The student will be assessed by our trainer during practical session with a written examination at the end of the course.
SYSTEM INTEGRATOR
COURSE DESCRIPTION
This course covers the tasks and procedures that an operator, technician, engineer or programmer needs to safely operate a robot.
In addition to presentations and demonstrations this course offers a series of lab exercises for the student to complete. Lab exercises relate directly to the classroom presentations and are intended to reinforce what the student has learned through actual hands on experience. Recommended safety procedures are integrated into all training exercises.
ADVANCED
- Payload settings
- Comprehensive program instructions
- Analysis and modification of existing programs
- Cycle Time Optimization
- Remote I / O configuration
- Collision Guard
- Ethernet configuration (TCP / IP)
- Calibration of a robot
- Set-up and visualization I / O
- Robot variables
- Creating complex programs
INTRODUCTIE
- FANUC Vision
- Line Tracking
- RoboGuide
- Karel Program
- PMC
- HMI
- Bus Technology
- And more