Industrial six-axis welding robot – Maximum precision for demanding operations

• ✔ Six-axis design for unrivaled flexibility and reach.
• ✔ High trajectory repeat accuracy of ±0.2 mm for consistent results.
• ✔ Point-to-point movement speed over 60 m/min for efficient cycles.
• ✔ Support for a wide range of welding methods: MIG, MAG, CO2, submerged arc welding.
• ✔ Designed for demanding industrial applications, including the marine industry.
• ✔ Improves productivity and weld quality with 24/7 operation capability.
• ✔ Arm load capacity 5 kg for handling welding torches and tools.

Discover the future of industrial welding with this powerful 6-axis robot. Designed to solve the most common welding challenges such as inconsistent weld quality, low productivity and hazardous working conditions, this robot is a reliable automation partner that will take your production to the next level.

⚙️ Discover the mastery in every connection!

• Six-axis manipulation: A fully automatic manipulator with six programmable axes ensures maximum reach and flexibility of movement.
• Precision Welding: Designed for all arc welding and cutting technologies, including MIG (CO2, MAG), MIC and submerged arc welding.
• Reproduction learning: Intuitive programming where the robot copies learned steps, positions and welding parameters for automated serial production.
• High speed and accuracy: Point-to-point movement with speeds of over 60 m/min and a repeatable trajectory accuracy of ±0.2 mm guarantee efficiency and reliability.
• Advanced control: Linear and circular interpolation functions with six swing modes to meet the most demanding welding process requirements.
• Intelligent system: Equipped with an intelligent welding manipulator with a large range of motion and sensitive control.

🔎 Precision and performance in every millimeter

This industrial welding robot is a top-notch solution for modern manufacturing plants that require not only high productivity but also unrivaled weld quality. Thanks to its six-axis design and advanced control system, the robot can precisely and quickly perform complex welding tasks in various industries, especially in the shipping industry, where exceptional demands are placed on the reliability and durability of joints.

The robotic system is designed with work process optimization in mind. Its compact structure, low inertia and high speed of movement minimize downtime and increase production efficiency. The ability to operate continuously 24 hours a day, 7 days a week ensures maximum utilization of production capacities and a rapid return on investment. At the same time, it significantly improves the working conditions of operators, who can focus on less risky tasks.

😥 Are you facing the challenges of modern welding?

In today's dynamic industrial environment, many companies struggle with a shortage of skilled welders, inconsistent quality of manual welds, and the need to continuously increase productivity while maintaining high standards. Furthermore, welding in demanding and hazardous environments poses significant risks to workers' health. Finding effective and reliable solutions to these problems is crucial for sustainable growth.

✨ Your path to unparalleled efficiency!

This six-axis welding robot is the answer to these challenges. With its automated precision and ability to work continuously, it eliminates human error, ensures uniform and high-quality welds and dramatically increases industrial productivity. It allows you to transfer dangerous and monotonous tasks to the machine, thus protecting your employees and allowing them to focus on more complex and creative work. It also simplifies operator qualification requirements, making it easier to adapt and deploy in different production environments.

🚀 Key benefits for your production

• Compact design and multiple joints: Flexibility and speed even in limited space, optimized for fast movement.
• Improved control system: Instant response and precise control, ensuring smooth operation.
• Acceleration of operations: Increased productivity and significant savings in working time.
• Intelligent Manipulator: Expanded manipulation capabilities and coverage of a wider working range.
• Weld quality stabilization: Consistently high and repeatable weld quality to ensure uniformity.
• Increased productivity: Possibility of continuous operation 24 hours a day, maximizing production capacities.
• Improving working conditions: Transfers work from hazardous environments to a robot, protecting workers.
• Reduced skill requirements: Simplifies operation and reduces the need for highly skilled welders.

🎯 Who is this robot the ideal choice for?

• For the marine industry and shipyards requiring reliable and durable welds.
• For high-volume welding manufacturing businesses looking for maximum efficiency.
• For companies striving to automate production processes and increase occupational safety.
• For modern factories focused on Industry 4.0 and smart manufacturing systems.

🛡️ Are you worried? We have the answers!

• Concern: Is programming the robot complicated? Answer: Programming is done using a teach pendant using the point-to-point method, which is an industry-proven and relatively straightforward method.
• Concern: What is the real benefit in terms of the number of workers replaced? Answer: A conservative estimate shows that one industrial welding robot can effectively replace the work of three to five human workers.
• Concern: How long will the robot last me? Answer: The typical lifespan of an industrial robot is between 8 and 10 years, assuming regular and careful maintenance.
• Concern: How often is maintenance required for the robot? Answer: To ensure long life and reliable operation, maintenance is recommended once a year or after 3,000 operating hours.
• Concern: What if the investment in a robot is too high? Answer: Thanks to significant increases in productivity, reduced labor costs, and improved quality, the investment in a robot will quickly pay for itself and bring long-term savings.

📊 Technical specifications

Parameter	Value
Robot type	Arc welding robot
Number of axes	6
Degrees of freedom	6
Point-to-point movement speed	>60 m/min
Trajectory repetition accuracy	±0.2mm
Welding swing modes	6 (linear and circular interpolation)
Boom load capacity (payload)	5 kg

Package contents

Item	Description
Robot body	The main mechanical part of an industrial robot
Robot control box	Control unit for controlling robot movement and functions
Welding power source	Powerful source for arc welding
Wire feeder	Automatic welding wire feeding device
Wire spool holder	Welding wire holder
Welding torch	End effector for performing welding
Connecting cables	Cable set for connecting all components
Teaching device (teach pendant)	Hand-held control unit for programming and monitoring the robot

❓ Frequently Asked Questions (FAQ)

What type of welding can this robot handle?

The robot is designed for arc welding and supports a wide range of methods including MIG, MAG, CO2 welding for steels and alloys, as well as submerged arc welding.

How is the robot programmed?

The robot is programmed using so-called reproduction learning using a teaching pendant. The user guides the robot step by step and the robot automatically remembers positions, movements and welding parameters.

What is the robot's carrying capacity?

The robot arm has a load capacity of 5 kg, which is sufficient for handling most standard welding torches and tools.

Can the robot work continuously?

Yes, the robot is designed for high productivity and can work 24 hours a day, significantly increasing overall production efficiency.

What is the main advantage of the six-axis design?

The six-axis design gives the robot maximum flexibility and range of motion, allowing it to achieve complex welding angles and positions that would be difficult or impossible manually.

Does a robot increase workplace safety?

Yes, the robot takes over dangerous and physically demanding tasks, significantly improving working conditions and minimizing risks for human operators.