High-end 6-axis Collaborative Robot for Precision Welding with a Payload of 20 kg

• ✔ Flexible 6-axis architecture for complex tasks
• ✔ High load capacity of 20 kg for robust material handling
• ✔ Extensive working range of 1500 mm covering wide areas
• ✔ Cutting-edge collaborative security for safe coexistence with operators
• ✔ Consistent positioning accuracy for flawless results
• ✔ Production optimization with offline programming and 3D simulation
• ✔ Wide application versatility in industry, logistics and research

Introducing our latest 6-axis collaborative robot, designed for precision welding and handling in modern manufacturing environments. This compact and lightweight robot delivers superior flexibility, high load capacity and unmatched safety, making it the ideal choice for automating your processes.

⭐ What can this robot do?

• Safety intelligence: Instant detection and stopping of movement upon contact ensures maximum operator protection.
• Adaptable design: Articulated solution for high flexibility in tight spaces and complex work cycles.
• Precise repeatability: Excellent performance in repeated positioning and trajectory control for flawless and consistent results.
• Automated efficiency: Reduce production times by supporting offline programming and 3D simulation for optimized production.
• Universal compatibility: Support for various end effectors allows for easy adaptation to a wide range of tasks, such as assembly or handling.
• Environmentally friendly operation: Contributes to a significant reduction in occupational accidents and promotes a more sustainable and safer working environment.

🔍 Explore every detail

This 6-axis collaborative robot represents the pinnacle of engineering for modern manufacturing and research applications. With its robust construction and intuitive operation, it is ideal for a wide range of tasks, from precision welding to complex assembly and material handling. Its minimalist design does not compromise on performance; on the contrary, it allows for easy integration into existing workflows and maximizes the use of available space.

With a payload capacity of up to 20 kg and a reach of 1500 mm, this robot can effectively cover large work areas and handle even heavier components. Its high repeatability ensures consistent and error-free results, which is key to optimizing production cycles and reducing scrap rates. Safety is a priority, which is why the robot is equipped with an immediate stop function on contact detection, protecting the operator and surrounding equipment and enabling safe human-machine collaboration.

❓ Are you bothered by slow and inefficient production?

In today's dynamic industry, the pressure for efficiency and accuracy is constant. Manual welding and material handling are often time-consuming, error-prone, and pose safety risks to employees. Are you looking for a solution that will eliminate these challenges while increasing the quality of your production?

💡 Gain a competitive advantage with a collaborative robot!

Our 6-axis collaborative robot is designed to transform your manufacturing processes. With its ability to work side by side with humans, with maximum safety and precision, you can efficiently automate repetitive and physically demanding tasks. Reduce production times, improve weld quality, and free up your employees for more complex and creative activities that require human intelligence and decision-making.

🚀 More than just features: Real benefits for your business

• High accuracy and stability: Guarantees flawless and consistent results, eliminating errors caused by the human factor and increasing production quality.
• Efficient and automated production: Allows for optimization of production cycles and significant acceleration of processes thanks to offline programming and simulation.
• Flexibility and versatility: The robot easily adapts to different tasks and conditions, maximizing return on investment and efficient use.
• Safety and environmental protection: Increases the safety of the working environment and reduces the risk of accidents thanks to collaborative functions, contributing to more sustainable production.

🎯 Who is this robot the ideal choice for?

• Manufacturing companies looking to automate welding, assembly, and handling of heavier components.
• Logistics and handling operations for the efficient and safe movement of large volumes of material.
• Research and development centers for prototyping, testing and innovative projects in robotics.
• Educational institution for practical teaching of robotics, automation and industrial applications.

🔒 Do you have any concerns? We'll answer them!

• Concern: How difficult is it to program the robot? Answer: Our robot uses proven point-to-point programming with an intuitive teaching device, which makes it easy to set it up for specific tasks. Additionally, it supports offline programming and 3D simulations for advanced planning.
• Concern: Can one robot replace multiple workers? Answer: In repetitive and physically demanding tasks, it is estimated that one collaborative robot can effectively replace the work of three to five human workers, increasing overall productivity and freeing up human resources for more complex activities.
• Concern: What is the lifespan of an industrial robot? Answer: With regular maintenance, the typical lifespan of an industrial robot is 8-10 years, ensuring a long-term and returnable investment.
• Concern: How often does the robot require maintenance? Answer: It is recommended to perform maintenance on the robot once a year or after 3,000 operating minutes to ensure its optimal function and extend its lifespan.

⚙️ Technical specifications

Number of axes	6
Load capacity	20 kg
Range	1500mm
Robot type	Collaborative robotic arm
Programming options	Offline programming, 3D simulation, point-to-point
Safety features	Immediate stop upon detection of contact with an object/person
Target applications	Welding, assembly, material handling
Compatibility	Supports various end effectors

❓ Frequently Asked Questions (FAQ)

How are robots programmed?

Currently, the most advanced and widespread method of programming is so-called point-to-point programming using a teaching device, supplemented by the possibility of offline programming and 3D simulation for complex routes.

Can one robot replace the work of several people?

Yes, a conservative estimate shows that one robot can effectively replace the work of three to five human workers in repetitive and laborious tasks, thereby increasing overall production efficiency.

What is the typical lifespan of industrial robots?

The typical lifespan of an industrial robot is 8-10 years with regular maintenance, making it a reliable and long-term investment in automation.

How often is it necessary to perform maintenance on the robot?

To ensure optimal performance and extend the life of the robot, maintenance should be performed once a year or after every 3,000 operating minutes.

What is the main advantage of a collaborative robot over traditional industrial robots?

The main advantage is the ability to safely and effectively coexist with human operators, increasing flexibility and productivity without the need for extensive and costly safety barriers.

What industry is this robot best suited for?

The robot is widely applicable in service industries, light industrial logistics, education, and research and development scenarios, especially for tasks such as welding, assembly, and material handling.

How does the robot ensure operator safety?

Thanks to advanced sensors and intelligent control, the robot can immediately stop its movement upon detecting contact with a human body or other object, minimizing the risk of injury and ensuring a safe working environment.

Can the robot be easily integrated into existing production systems?

Its flexible design and support for various end effectors, along with offline programming capabilities, make it easy to integrate into diverse manufacturing and automation environments with minimal modifications.