KUKA.AppTech

Developed using proven control concepts from practical experience, supplemented by years of know-how: The KUKA.AppTech programming concept enables efficient and, above all, simple robot programming in a minimum of time. Thanks to the modular design of the library, the software is suitable not only for beginners, but also for experienced programmers.

KUKA.AppTech shortens start-up time

A robot can only do what it is taught to do beforehand by means of software commands.?This teaching time can be shortened using the KUKA.AppTech software.?The programming concept is based on a modular principle, consisting of predefined?structures?and?program sequences. No deeper programming knowledge is necessary when using it. This allows even beginners to gain easy access to robotics and automation.?Thanks to modular programming, the robot?can be put into operation in record time?– with time savings of up to 30 percent compared to conventional implementation without KUKA.AppTech.

Online and offline programming mesh perfectly:?
The advantages of KUKA.AppTech

Switch flexibly between online programming and offline programming: KUKA.AppTech makes it easy for personnel to create and test motion sequences. A digital twin is created that can be transferred to the real robot – and the programming concept offers even more advantages than this.

Quick

Optimized project preparation, simulation and quick start-up
Standardized

Reusable programs through standardized templates
(individually adaptable)
Easy

Easy offline and online programming of complex robot applications
Efficient

Ideal robot deployment for integrators and end customers

Library facilitates programming – even for extensive systems

As the link between the industrial robot and the programmable logic controller (PLC), the KUKA.AppTech technology package contains a program library that integrators and advanced programmers can use to implement even complex applications in a structured and standardized manner. The modules can be expanded and rewritten as desired. The motion routines and sequences stored in the library reduce programming to a minimum – whether for handling, welding, adhesive bonding or measuring. KUKA.AppTech increases efficiency since program structures and motion sequences do not have to be reprogrammed each time, but rather can simply be reused. The time savings leave more scope for customer-specific adaptations and optimizations.

Offline programming of industrial robots: the advantages

Easy to operate

Easily comprehensible program structures and recurring commands make KUKA.AppTech easy to use. Robot programming using a modular system with ready-made elements reduces the amount of training required for beginners.

Flexible and safe

KUKA.AppTech uses fixed I/O interfaces for various types of PLCs and KR?C controllers. The associated PLC blocks enable easy control of the KUKA robot.?

Maximum efficiency and convenience

Thanks to efficient and simplified offline programming with inline forms and help guided by dialogs, the robot can quickly be put into operation and the overall effort required is reduced by up to 30 percent.

Customer-specific adaptations

The elements for station and component programs can be flexibly adapted to customer-specific requirements. The preprogrammed modules can be individually expanded or adapted with user-defined functions.

Offline programming system saves time

With KUKA.AppTech, most of the robot programming is done offline on the PC. That saves time and cuts costs.

Developed through practical experience

KUKA.AppTech was developed with the aid of control concepts that have proven themselves in practice over many years. As a result, the software fits exactly to the needs of the users and delivers high quality.

KUKA.AppTech: application and basic modules

The KUKA.AppTech technology package has various modules that can be used in robot programming: The basic modules are already fully programmed and can be added to the robot by a simple click. The application modules are installed as needed and adapted to the individual requirements. Users benefit from modules such as the following:

Recovery (return motion strategy)

Automated and self-controlled robot failure strategies
Customized “back-to-home” programming
Reduced downtimes in the event of a fault

Home2Home

Automatic path planning between multiple stations
Collision-free motion sequences within the production system
Simplified implementation and reduced programming effort

Templates

Reduced preparation time through reusable program templates
High flexibility through customized templates for specific applications
Simplified programming through a uniform functional principle for the templates

Sequence Control

Easy integration of the robot into the higher-level controller through standardized interfaces
PLC blocks already exist for the most common PLC manufacturers for control of the industrial robot
Predefined handshake signals for controlling the KUKA robot processes

Advanced Message

Advanced standard KSS message programming
Additional input options through integers and real dialogs
Drop-down boxes for easy selection during operation

Load Manager

Optimal path planning for varying load cases with only one tool center point (TCP)
Easy integration into existing system templates
Simplified management of multiple load cases within the tool

Collision Control

Autonomous interlocking of the robots via SPS blocks
Easy configuration through inline forms
Collision-free use of shared workspaces

Monitoring

Display of the status directly on the robot
Menu-guided configuration of the specific variables of KUKA.AppTech
Improved diagnostic options

Function Library

Reusable standard functions
Functions for mathematical calculations, comparative calls and converting functions
Easy calculation of pre-positions via inline forms

24/7 access to information and services on my.KUKA

In the digital customer portal my.KUKA you can easily call up product data and availability, order hardware and software products, manage licenses and support requests and visit the cloud-based platforms KUKA Xpert and KUKA Robot Selector.

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College training course

Installation, configuration and use of the entire KUKA.AppTech modular system for robot programming.

KUKA.AppTech

KUKA.AppTech shortens start-up time

Online and offline programming mesh perfectly:?
The advantages of KUKA.AppTech

Quick

Standardized

Easy

Efficient

Library facilitates programming – even for extensive systems