Based in Freudenstadt, in the Baden-Württemberg region, Robert Bürkle specializes in manufacturing laminating systems for credit cards and photovoltaic modules, as well as painting systems for the furniture and wood-processing industries. In particular, the company faced a growing need for automation in handling lightweight panels used in caravan manufacturing—some weighing up to 250 kilograms. Robots became essential.

However, Bürkle encountered a major challenge: a shortage of skilled professionals in robot programming. Traditional programming methods required in-depth knowledge of each robot manufacturer’s proprietary system, making integration complex and costly.

To overcome this, Bürkle adopted the SRCI interface, which allows robots to be programmed directly through the PLC (Programmable Logic Controller)—eliminating the need for specialized knowledge of each robot brand. SRCI provides a library of PLC function modules that simplify robot control and integration.

The company installed a Yaskawa MOTOMAN GP225 handling robot, capable of lifting up to 225 kilograms with a reach of 2,702 mm. Thanks to SRCI, the PLC programmer was able to work within a familiar environment and complete commissioning quickly. The company also leveraged a digital twin to optimize system design and fine-tuning, improving efficiency even further.

This implementation reflects a broader trend toward standardization and simplification in industrial robotics. Developed by Siemens in collaboration with Profibus & Profinet International (PI), SRCI aims to create a universal interface between PLCs and robots, making programming and operation more accessible across different platforms.

Universal Robots has also integrated SRCI into its software, enhancing the connectivity of its collaborative robots and enabling seamless integration with Siemens PLCs. This simplifies setup and accelerates deployment in production lines built around the Siemens ecosystem.

Robert Bürkle’s experience shows that adopting standardized interfaces like SRCI can be a game-changer for mid-sized companies looking to automate without relying on niche programming expertise. Standardization not only reduces costs and implementation time but also opens the door to broader adoption of industrial robotics.

As more robot and PLC manufacturers embrace standards like SRCI, integrating robots into industrial environments will become increasingly accessible, efficient, and scalable—empowering companies of all sizes to embrace the future of automation.

The post SIMPLE ROBOT PROGRAMMING IN MEDIUM-SIZED COMPANIES: THE SUCCESS STORY OF ROBERT BÜRKLE AND THE SRCI INTERFACE appeared first on Used Robots.

Understanding the FANUC Teach Pendant

The Teach Pendant goes beyond a conventional remote control; it is a comprehensive platform that integrates hardware and software, enabling precise and efficient handling of FANUC robots. Its intuitive user interface features a color touchscreen and physical buttons, allowing efficient navigation through the robot's menus and functions. The programming controls facilitate the creation and modification of programs, specifying the robot's movements, actions, and sequences. Manual control allows operators to move the robot in various directions, useful for tasks requiring precision or during initial setup. Real-time monitoring and diagnostics provide essential information about the robot's status, errors, and diagnostic data, crucial for preventive maintenance and troubleshooting. The teaching mode enables operators to physically guide the robot through a specific task, recording these movements for subsequent automatic execution.

FANUC has also designed enhanced versions like the iPendant Touch, which incorporates an advanced graphical interface with 4D visualization and customization options via HTML screens. Additionally, the Tablet Teach Pendant offers more intuitive programming through its drag-and-drop functionality.

Essential Training for Operators

To maximize the use of the Teach Pendant, FANUC offers meticulously designed training programs, covering fundamental to advanced aspects. The Basic Operator Course focuses on fundamental tasks such as controller cabinet description, robot safety, Teach Pendant operation, safe robot movement, and technical support procedures. The Standard Programming with Teach Pendant course, spanning four days, delves into creating basic programs, executing and testing programs, creating and recovering backup files, and familiarizing with FANUC's technical support procedures. These training programs combine theoretical lectures with laboratory practices, ensuring that students acquire real skills in handling and programming FANUC robots.

Practical Strategies for Mastering the Teach Pendant

Skill acquisition in using the Teach Pendant is enhanced through various learning strategies. Practical sessions involve direct interaction with FANUC robots and the Teach Pendant in simulated scenarios, allowing operators to familiarize themselves with operations in a controlled environment. Interactive workshops, led by experienced instructors, offer deep immersion into aspects such as programming, troubleshooting, and optimizing robot performance. Online learning modules provide flexibility to learn at one's own pace, comprehensively covering Teach Pendant operations.

Expert handling of the FANUC Teach Pendant is essential for any professional involved in industrial automation processes. Through a deep understanding of its functions and adequate training, operators can ensure efficient and safe robot operation, significantly contributing to productivity and competitiveness in the modern industrial environment.

The post EXPLORING THE FANUC TEACH PENDANT – KEY TO MODERN INDUSTRIAL AUTOMATION appeared first on Used Robots.