Intelligent 6-axis collaborative welding robot – Cobot Welding

• ✔ Intuitive "Smart Tool handle" control without the need for complex programming.
• ✔ Ideal for flexible welding of small series with different specifications.
• ✔ Eliminates the unstable quality and difficulty of manual welding.
• ✔ Compact design for easy mobility and flexible deployment in various environments.
• ✔ Significantly reduces staff training costs and overall workforce.
• ✔ Ensures high and consistent position repeatability according to ISO 9283.
• ✔ Modern control via 10.1-inch teach pendant or mobile Web APP.

Discover the future of welding with an intelligent 6-axis collaborative robot, carefully selected for its exceptional adaptability and user-friendliness. This cutting-edge cobot is designed to transform your manufacturing processes, especially in the field of piece and small-batch welding. With its help, you will not only gain greater efficiency, but also unrivaled quality and consistency.

🤖 Key features that will move you forward

• Intuitive “Zero barrier” programming: With the innovative “Smart Tool handle” control element and intelligent software system, robot programming is accessible even to complete beginners without previous welding or programming experience.
• Optimization for small-batch production: The robot is particularly suitable for welding “multi-specification and small-batch” workpieces, eliminating the need for manual labor and complex programming of traditional robots.
• Welding quality and consistency: Ensures stable weld quality and high position repeatability according to ISO 9283, reducing scrap and increasing satisfaction.
• Flexible deployment: Compact dimensions and low environmental and space requirements allow flexible deployment in various work operations and easy relocation.
• Modern control interface: The robot is equipped with a 10.1-inch teach pendant or mobile Web APP for easy and modern control.

🔬 Explore every detail of the intelligent welding cobot

This collaborative welding robot represents the pinnacle of modern robotics, designed with maximum efficiency and user-friendliness in mind. Its key innovation is the “Smart Tool handle”, which, combined with an intelligent software system, allows operation without any prior programming experience. This means that even workers without a technical background can quickly learn to operate the robot and start working effectively with it, significantly speeding up implementation and reducing training costs.

The manufacturer designed this robot to be an indispensable assistant in operations where flexibility and quality are key. Its ability to handle a variety of welding tasks in small batches without the need for complex reconfiguration makes it an ideal investment for companies looking to optimize their production processes, increase productivity, and maintain high product quality.

❓ Are you bothered by inefficient and expensive welding?

In modern manufacturing, many companies face challenges such as inconsistent weld quality in manual operations, high costs for skilled labor, and the complexity of programming traditional robotic systems. These factors often lead to lower productivity, higher scrap rates, and limited flexibility in handling diverse orders. In addition, traditional solutions require significant investments in training and environmental adaptation.

💡 We present efficient and innovative solutions for your production!

The intelligent 6-axis collaborative welding robot comes as an answer to these challenges. Its innovative design and “zero-barrier” user interface significantly simplify the automation of welding processes. Not only does it eliminate human error and ensure consistent weld quality, but it also allows your company to flexibly respond to market demands, reduce operating costs and shift valuable workforce to tasks requiring more complex thinking.

✨ More than just features: Real benefits for your business

• Easy programming: Thanks to the innovative "Smart Tool handle" interface and intelligent software, programming is accessible even to beginners without experience. -> Benefit: Fast deployment, reduced training costs and immediate productivity increase.
• High quality and repeatability: The robot achieves high accuracy and consistent weld quality, eliminating human error. -> Benefit: Fewer rejects, stable product quality and higher customer satisfaction.
• Flexible deployment: Compact dimensions and low space requirements allow for easy relocation and integration into different work environments. -> Benefit: Optimized use of work space and rapid adaptation to changing production needs.
• Cost savings and labor transformation: Automating routine welding tasks reduces the need for manual labor. -> Benefit: Reduces operating costs and moves employees to higher, more skilled tasks, becoming “robot managers.”

🎯 Who is this collaborative robot the ideal choice for?

• For businesses focusing on "multi-specification, small batch" welding tasks.
• For companies seeking to reduce labor costs and optimize the work process.
• For manufacturers who want to increase the quality and consistency of their welding work.
• For innovative companies that want to move their employees into the role of "robot managers".

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

• Concern: Is robotic welding too complex to implement and operate? -> Answer: No! With the “Smart Tool handle” interface and intelligent software, the control is designed for “zero barrier”, allowing quick training even for complete beginners with no programming experience.
• Concern: I am concerned about the high initial cost and return on investment. -> Answer: The collaborative robot is designed to reduce operating costs by eliminating inconsistent quality, reducing labor costs, and saving on training, leading to a rapid return on investment in the long run.
• Concern: I have limited space in production, will a robot be suitable? -> Answer: Thanks to its compact design and easy mobility, the robot has low environmental and space requirements, which allows its flexible deployment even in smaller operations.

⚙️ Technical specifications and equipment

Parameter	Value
Control interface	10.1 inch teach pendant or mobile Web APP
Position repeatability	According to ISO 9283
DC MINI controller	2KW
AC MINI controller	2KW
Operating temperature	90% RH (non-condensing)
High-speed pulse input	2
Standard communication protocols	I/O, TCP/IP, Modbus_TCP/RTU
Optional communication	CC-Link, Profinet, Ethernet/IP, EtherCAT
Communication board configuration	Optional MiniPCI Express-real-time Ethernet PC Board
Software Development Kit (SDK)	C#, C++, Python, ROS, ROS2
Dimensions (controller 1, without protrusions)	130 x 60 x 66 mm
Dimensions (Controller 2, without protrusions)	245 x 180 x 44.5 mm
Weight (arm, without cabling)	2.1 kg

❓ Frequently Asked Questions

How do I choose the right robot model for my application?

The choice depends on the specific application, the weight of your products and the required arm length. It is recommended to analyze a video of the actual work operations, based on which the most suitable model can be recommended.

Does the manufacturer offer product customization (OEM) options?

Yes, the manufacturer offers customization options as standard, including logo and packaging, to best suit the customer's specific requirements.

What is the warranty period for the robotic arm and what does it include?

The robotic arm is covered by a 1-year warranty, which also includes lifetime maintenance. Detailed terms and conditions are available from the manufacturer.

Is previous experience with robot programming required?

Thanks to the innovative “Smart Tool handle” system and user-friendly interface, the robot is designed for “zero barrier”, allowing easy operation even for beginners without previous programming or welding experience.

What are the space and environmental requirements for installing this cobot?

Thanks to its compact dimensions and easy mobility, the robot is designed with low environmental and space requirements, which allows its flexible deployment in various work operations.

What communication protocols does the robot support for integration into existing systems?

The robot supports standard protocols such as I/O, TCP/IP and Modbus_TCP/RTU. Optional support for CC-Link, Profinet, Ethernet/IP and EtherCAT is available.