Collaborative Welding Robot with Intuitive Drag-Teaching Programming

• ✔ High safety of human-robot interaction
• ✔ Intuitive programming using the "drag-teaching" method
• ✔ Designed for welding, cutting and thermal spraying
• ✔ Increased productivity thanks to 24/7 operation
• ✔ Improves welding quality and weld uniformity
• ✔ Reduces demands on worker skills
• ✔ Flexible 6-axis design with high precision

Discover the future of welding automation with this cutting-edge collaborative robot. Designed for seamless human interaction, it combines high safety with exceptional precision and flexibility. Thanks to innovative "drag-teaching" programming, commissioning is faster and easier than ever before.

⚙️ What can this robot do?

• Designed for welding, cutting and thermal spraying
• 6 programmable axes for maximum trajectory flexibility
• Point-to-point movement speed exceeding 60 m/min
• Repeatable positioning accuracy ±0.2 mm
• Linear and circular interpolation functions with six swing modes
• Arm load capacity up to 5 kg for a wide range of tools
• Modular control system with easy integration
• Intuitive programming device for easy job setup

🔬 Explore every detail

This collaborative robot represents the pinnacle of modern robotics, optimized for complex welding tasks. Its 6-axis design allows for almost any spatial trajectory and orientation of the welding torch, which is key to high-quality and aesthetic welds. With a repeatable accuracy of ±0.2 mm and a movement speed of over 60 m/min, it guarantees consistent and efficient results even in the most demanding operations.

The system is compatible with a wide range of arc welding technologies, including MIG (CO2, MAG), MIC and even underwater welding. With advanced features such as linear and circular interpolation, the robot can precisely simulate the human hand and ensure perfect joints. The system includes a robust control cabinet with advanced modules that ensure smooth operation and easy integration into existing production lines.

🤔 Are you bothered by problems with manual welding?

Inconsistent weld quality, high operating costs associated with skilled labor, safety risks in hazardous environments, and limited productivity due to human factors are common challenges faced by many companies. Keeping up with increasing demands for quality and production volume is increasingly difficult in manual mode.

🚀 Get your time back and increase quality!

This collaborative robot is designed to solve exactly these problems. By automating your welding processes, you not only increase production speed and volume, but also achieve unparalleled weld quality and uniformity. Allow your workers to focus on more creative and less risky tasks while the robot takes care of the demanding and repetitive ones. It's an investment in the future of your production.

💡 More than just features, real benefits

• Higher productivity: Up to 24 hours a day of non-stop operation -> Significant increase in production volume and faster order fulfillment.
• Consistent weld quality: Stabilization of the welding process and repeatability accuracy of ±0.2 mm -> Ensuring uniformity and minimizing defects, leading to higher customer satisfaction.
• Improving occupational safety: Automating dangerous tasks in risky environments -> Protecting worker health and reducing risk factors in the workplace.
• Reduced skill requirements: Intuitive "drag-teaching" programming -> Less dependence on highly skilled welders and reduced training costs.
• Fast return on investment: Speed ​​up operations and save time -> Optimize production costs and profitability.

🎯 Who is it the ideal choice for?

• Medium and large manufacturing companies seeking to automate welding processes.
• Companies in the automotive industry and component suppliers.
• Companies engaged in metalworking, mechanical engineering and steel structure production.
• Manufacturers of construction machinery, agricultural equipment and heavy machinery.

❓ Do you have concerns? We will answer them

• Concern: Is programming the robot complicated? -> Answer: Thanks to the intuitive "drag-teaching" programming and user-friendly interface, setting up new tasks is quick and easy, even for a less experienced operator.
• Concern: What is the service life and maintenance requirements? -> Answer: The robot has a standard service life of 8-10 years. Regular maintenance once a year or after 3,000 operating hours will ensure its long-term and reliable operation.
• Concern: Is the robot safe for interacting with humans in a collaborative environment? -> Answer: It is designed with a high level of safety for human-robot interaction, meeting strict industry standards and minimizing collision risks.

📊 Technical specifications

Load capacity	5 kg
Number of axes	6
Max. movement speed (point-point)	>60 m/min
Repeat accuracy	±0.2mm
Welding methods	Arc welding (MIG/MAG, CO2, MIC), underwater welding
Interpolation function	Linear, circular (6 swing modes)
Programming	Drag-teaching (manual dragging), point-to-point
Arm length	Different variants according to range (e.g. 2 m, 4 m, 8 m)
Package contents	Robot body, Robot control box, Welding power source, Wire feeder, Wire spool holder, Welding torch, Connecting cables

❓ Frequently Asked Questions (FAQ)

In what ways can robots be programmed?

Currently, the most widespread and sophisticated method of programming using a teaching device is point-by-point, supplemented by intuitive "drag-teaching".

Can one robot replace multiple human workers?

A conservative estimate shows that one industrial robot can effectively replace the work of three to five human workers, especially in repetitive and strenuous tasks.

What is the lifespan of industrial robots?

With proper maintenance, the typical lifespan of an industrial robot is 8-10 years, ensuring a long-term return on investment.

How often does the robot need to be maintained?

For optimal performance and extended life, robot maintenance should be performed once a year or after every 3,000 operating hours.

Is the robot compatible with different types of welding?

Yes, this robot is designed for all major arc welding technologies, including MIG/MAG, CO2, MIC and underwater welding, making it a universal solution.

How does a robot contribute to improving working conditions?

By automating dangerous and monotonous tasks, the robot protects workers from risk factors and allows them to focus on less risky and more creative activities.