Progamming and optimizing production cycles

Be able to analyse and program simple applications (part grip and release)
Be able to optimise a program
PRINCIPLE OF THE NUMERIC CONTROL SYSTEM
Hardware
Safety
Procedures for starting production
Production: start - stop
CREATING CYCLES
The Simple Pick & Place module
Creating cycle with Simple Pick & Place
The cycle parameters
PROGRAMMING
Program structure
Basic instructions
Writing and testing a simple program with cycle parameters
IMM / Robot interface
Creating and testing a program with interface
OPTIMIZING PRODUCTION CYCLES
Extended programming of the numeric axes and cycle options
Numeric control system’s capacities
Creating and testing an optimized program
Memory management
Creating EPS sources
The condition test
STUDYING THE FUNCTIONS
Programming on PC
Simple palletising
The cycle counters
Studying real applications
All of our courses are based on alternating between the transfer of know-how and good practice, with concrete exercises and real-life situations. All trainees will be given a folder containing the documents, exercises and corrections of the practical work done during the course.
Trainees are assessed by the trainer for each module to measure the knowledge acquired at each step of the course, through practical works.
Cycle
Programmer
Contrôle commande
Visual 2
VISUAL
TOUCH 2
Visual 3
6X_VISUAL3
TOUCH
Durée
4 days
Public
Régleurs
Techniciens Méthodes
Techniciens Maintenance
Notions requises
None
Nombre de personnes
3 to 8 people max
Modalités d'accès
Open to everybody
Formalisation à l’issue de la formation
Attendance sheet provided by Sepro
Visual 2 / VISUAL
Be able to use the robots’ most advanced functions.
Visual 2 / TOUCH 2 / Visual 3
Covers robot operation, programming, robot and controller cabinet hardware, troubleshooting simple fault and periodic maintenance.
Visual 2 / TOUCH 2 / Visual 3
Programming and Troubleshooting course and a basic understanding of Programmable Logic Controllers and/or ladder logic.