Certification

Course duration - 5 days

The target audience is engineers, programmers and integrators.

This course is aimed at acquiring the basic knowledge and skills of programming and controlling KUKA robots based on the KR 10 R1100 robot.

Course program:

Overview of the basic systems and functions of KUKA robots
- Safety measures when working with a robot
- Robot coordinate systems, movement
- Remote Control Basics
Preparation for operation
- Robot adjustment
- Accounting for additional loads
- Calibration of tool, base and robot
Creation of work programs
Motion programming
Logic functions in the program
- Acquaintance with the list of available functions
- Using functions in programming
Acquaintance with technical packages
- Gripper control
- Gripper programming
Work with variables
- Variables and data types in KRL
- Work with simple data types
Programming in KRL
- Structure of robot programs
- Integration of several programs
- Writing loops, conditional jumps, wait functions
Interaction with the controller
Offline programming of KUKA robots in Visual Components
- Main software modules
- Introducing Libraries
- Available modeling tools
- Basic principles of the program
- Offline programming of Cook robots in a digital environment
- Testing and debugging work programs
- Transferring programs to the robot

On the last day of training, final testing is conducted, according to the results of which a certificate is issued to participants.

Course duration - 5 days

The target audience is engineers, programmers and integrators.

This course is aimed at deepening the knowledge and skills of programming and controlling KUKA robots based on the KR 10 R1100 robot, as well as exploring the additional possibilities of digital twins for writing work programs for robots.

Participation in this course is recommended after completing the course Professional work with robots KUKA.

Course content:

Documentation on the robotic system
- Overview: Robotic System Documentation
- CUKA Xpert
- CUKA Xpert URL
Programming collision detection
- What is collision detection?
- Display of current values
- Configure collision detection for automatic mode and manual movement
Structured programming
- Aids for creating structured robot programs
- Working with forms
Introduction to expert level
- Create programs using templates
- Finding and fixing errors in the program
Programming with WorkVisual
- Familiarize yourself with the WorkVisual configuration environment
- WorkVisual modes
- Online programming with WorkVisual
- Debug programs online
- Working with the KRL editor
Creation and modification of programmed movements
Programming interrupt
Advanced offline programming of KUKA robots in Visual Components
Overview of the programming tab
Robot signals
Robot program
Create work programs for simple processes
Advanced offline programming of KUKA robots in Visual Components

Course duration - 4 days

The target audience is engineers, programmers and integrators.

This course is aimed at acquiring basic knowledge and skills of installing, programming and managing collaborative robots.

Course program:

Sawyer Collaborative Robot Review
- Comparison with industrial robots
- Advantages disadvantages
Overview of the main systems and functions of the collaborative robot Sawyer
- Robot safety
- Robot coordinate systems, movement
- Remote control basics
Sawyer Robot Programming Basics
Creation of work programs
Motion programming
Logic functions in the program
- Getting to know the list of available functions
- Using functions while programming
Working with variables
- Variables and data types
- Working with simple data types
Programming
- Robot program structure
- Integration of multiple programs
- Writing loops, conditional jumps, wait functions

Interaction with the controller

Course duration - 4 days

Target audience: operators and programmers of industrial equipment, engineers, equipment maintenance specialists, robotics.
The course is aimed at acquiring the basic knowledge and skills of installing, programming and managing industrial safety systems, as well as in-depth study of approaches to ensuring the safety of high-tech industries.

Course content:

Day 1:

Basic principles of functional safety of machinery and equipment
Basic terms and concepts (categories, PL and SIL)
Technical regulation and application of standards in the EAEU and the EU
6 steps to design security equipment systems
Technical protective measures and safety functions
Application examples for safety smart devices and systems
Functional safety. Introduction

Day 2:

Emergency stop devices
Devices of two-hand control
Fences are movable and fixed. Locking and locking.
Optoelectronic protective devices. Classification, selection, application
Optoelectronic protective devices. Muting, blanking and other functions

Day 3:

Fundamentals of functional safety
Risk assessment and risk mitigation. Author's presentation from an industrial safety expert

Day 4:

Workshop on ensuring industrial safety of robotics and automation equipment

Practical lessons can be adapted to the needs of the Customer. Each student receives a set of supporting information materials. Based on the results of the course, the following is issued:

Certificates of IITB and vendors of industrial safety systems

Course duration - 1 день

Target audience: operators and programmers of industrial equipment, engineers, equipment maintenance specialists, robotics.

The course is aimed at acquaintance and acquiring basic knowledge of industrial safety systems, as well as approaches to ensuring the safety of robotic systems using smart devices.

Course content:

Basic principles of functional safety of machinery and equipment
Basic terms and concepts (categories, PL and SIL)
Technical regulation and application of standards in the EAEU and the EU
6 Steps to Design Robotics Security Systems
Technical protective measures and safety functions
Application examples for safety smart devices and systems
Functional safety. Introduction

Each student receives a set of supporting information materials. Based on the results of the course, the following is issued:

Certificates of IITB and vendors of industrial safety systems

Course duration - 4 days

The target audience is engineers, programmers and integrators.

This course is aimed at acquiring the basic skills of working with software designed for building digital twins of production, simulation of business processes, as well as for offline programming of robots

Course program:

Introduction to Visual Components
- Basic software modules
- Acquaintance with the libraries
- Available modeling tools
- The basic principles of the program
Introduction to modeling
- Basic approaches to simulation
- Setting the necessary parameters
- Interaction of system elements
Creating your own models in Visual Components
- Starting a program cycle
- Collection of data and indicators
- Analysis and processing
- Workflow optimization
Offline robots programming
- Introduction to robot programming
- Acquaintance with variables and data types
- Creating programs for robots using Visual Components
Transfer the written program to the robot

On the last day of training, final testing is conducted, according to the results of which a certificate is issued to participants.

Course duration - 2 days

The target audience is engineers, programmers and integrators.

The course is designed for an in-depth study of Visual Components and its capabilities, as well as the acquisition of skills in using the Python language for programming complex interaction and component operations.

Course program:

Python basics

Lesson 1. Introduction
Why is the Python programming language needed when working with Visual Components, what problems it solves and where it is applied. Features of the language and the version used. Where can you download the interpreter and in which IDEs you can (but probably don't need to) write. Data output.
Lesson 2. Simple Data Structures
Demonstration of the similarity (or lack of it) in the language and examples of working with data of different types. Tuples, Dictionaries, and Arrays. OOP basics.
Lesson 3. Algorithms
Loops, conditional operators and functions, their applications. Transferring data from / to a function. Continuation of OOP.

Integration with Visual Components

Lesson 4. Python API
Where are scripts found and how they are applied in existing components. How the Python API works. Event handler functions OnRun (), OnUpdate (), OnSignal () and others. Working with a component from the program.

Component programming

Lesson 5. Signals, states, servo
How signals, drives, and component properties work in Visual Components. Component states programming.
Lesson 6. Programming robots
Advanced robot programming using the Python API. Comparison of a robot program (Program tab) in Visual Components with a Python program.
Lesson 7. Works & Process Libraries
Modifying Works Components and Process Modeling with Python.
Lesson 8. Python addons
API functionality for writing add

Course duration - 1 day

The target audience are robot operators, programmers, integrators.

The aim of the course is to introduce the main functions of the Delfoi Robotics offline programming software, as well as the main modules for programming the processes of welding, cutting, painting, surface treatment, etc.

Course content:

Familiarity with the software
Advantages of offline programming of robotic operations
Online vs. offline programming
Areas of use for Delfoi
Pitfalls of offline programming
Programming robot movements
Creation of a motion path
Programming different types of operations
Success stories and best practices

Course duration - 2 day

Target audience are robot operators, programmers, integrators

The aim of the course is to master offline programming of welding processes in the Delfoi Robotics Arc software

An understanding of the basics of programming industrial robots using a control panel is desirable.

Course program:

User interface and functionality
- Robot component parameters
- JOG panel
- Main program and subroutines
- Movement along a linear path (Linear) and along angular interpolation (Joint)
- Importing a part from CAD
- Positioning a part
- Creating basic seams
Component Modeling
- Modeling Tab
- Import of CAD model of equipment
- Creating a component from a CAD model
- Exercises
Create a layout from cell-based components
- Creating a Layout Using Library Components
- Modeling new components (from CAD files of real equipment)
- Including a new component in the layout
Create welds and searches
- Create welds
- Topology analysis
- Seam test function (Test Path)
- Seam settings (in the Path panel)
- Point Control function
- WPS tab in seam settings (weld parameters, seam tracking parameters, etc.)
- DB (database) tab in path setting
- Search creation (wire, torch, laser)
- Snapping a search to a seam
Problem solving, trajectory planning
- Clone / Mirror Toolpath
- Multi-pass welding
- Export / import of the program
- Create export / import templates
- Simulation
- Start marker
- Collision detector
- Checking limits, singularities, etc.
- Check path function
- Delfoi settings (robot settings panel)
Translation of the program into the languages of robots of various brands
- Loading the robot program
- Changing the settings for the post processor

Course duration - 2 days

Target audience: robot operators, programmers, integrators.

The aim of the course is to master offline programming of cutting processes in the Delfoi Robotics Cut software product.

An understanding of the basics of programming industrial robots using a control panel is desirable.

Course content:

Benefits of offline programming of robotic cutting operations
- Online vs. offline programming
- Scope of use
- Pitfalls of offline programming
Application of Delfoi Robotics Cut for offline programming of robotic operations
Training industrial robots to perform cutting operations using Delfoi
- Programming robot movements
- Create motion path
- Programming of cutting operations of various types
Planning and verification of trajectories of movement of robots
Simulation analysis of industrial robots
Post-processors: functionality and tasks
Programming and running programs on the robot cell

Each student receives a set of supporting information materials. Based on the results of the course, the following is issued:

International certificates of IITB and software vendors

Course duration - 2 days

Target audience: robot operators, programmers, integrators.

The aim of the course is to master offline programming of painting processes in the Delfoi Robotics Paint software product.

It is desirable to understand the basics of programming industrial robots using the control panel.

Course content:

Advantages of offline programming of robotic painting operations
- Online vs. offline programming
- Scope of use
- Pitfalls of offline programming
Application of Delfoi Robotics Paint for offline programming of robotic operations
Training industrial robots to perform painting operations using Delfoi
- Robot motion programming
- Create a motion path
- Programming different types of painting operations
Planning and checking robot trajectories
Simulation analysis of industrial robots
Post-processors: functionality and tasks
Programming and running programs on the robot cell/span>

Each student receives a set of supporting information materials. As a result of the course is issued International certificates of IITB and software vendors

Course duration - 2 days

Target audience: robot operators, programmers, integrators.

The aim of the course is to master offline programming of robotic surface treatment processes in the Delfoi Robotics SURF-X software product.

It is desirable to understand the basics of programming industrial robots using the control panel.

The course will cover the programming of such operations as polishing, grinding, milling, shot blasting / sandblasting.

Course content:

Benefits of offline programming of robotic surfacing operations
- Online vs. offline programming
- Scope of use
- Pitfalls of offline programming
Application of Delfoi Robotics SURF-X for offline programming of robotic operations
Training industrial robots to perform surface treatment operations using Delfoi
- Programming robot movements
- Creation of a motion path
- Programming different types of surfacing operations
Planning and checking the trajectories of robots
Simulation analysis of industrial robots
Post-processors: functionality and tasks
Programming and running programs on the robot cell

Each student receives a set of supporting information materials. As a result of the course is issued International certificates of IITB and software vendors

Course duration - 2 days

The target audience is top managers, project managers, heads of production services, heads of departments, IT projects

The aim of the course is practical acquaintance and acquisition of skills in working with project management software

Course program:

Overview of digital production management systems
Practical skills development in working with a digital planning and production management system
- Formation of production orders
- Resource management
- Loading of production capacities
- Issuance of shift-daily assignments
- Quality and timing control
- Digital production analytics and its analysis
Integration of production management systems with other IT systems of the enterprise
Setting up and administration of digital management systems
Performing practical tasks on test production management in a digital environment

KUKA robotics basics

Professional work with KUKA robots

Professional work with robots Rethink Robotics Sawyer

Industrial Safety Fundamentals

Industrial Safety Introduction

Professional work in Visual Components

Python for Visual Components

Basics of the Delfoi Robotics

Professional work in Delfoi Robotics Arc

Professional work in Delfoi Robotics CUT

Professional work in Delfoi Robotics Paint

Professional work in Delfoi Robotics SURF-X

Professional work in Delfoi Planner

Contacts