Dobot Collaborative Welding Robot (6-axis) – Precision and Efficiency

• ✔ 6-axis design for maximum flexibility and wide working range.
• ✔ 10 kg load capacity can handle even demanding welding tasks.
• ✔ Repeatable accuracy of ±0.03 mm guarantees consistent and high-quality welds.
• ✔ Collaborative mode allows you to work safely alongside human operators.
• ✔ Extensive working reach of 1525 mm to cover large areas.
• ✔ High TCP speed of up to 4 m/s makes production processes more efficient.
• ✔ Wide communication options including TCP/IP, Modbus and Wi-Fi.

Discover the future of welding with the Dobot collaborative robot , a cutting-edge solution designed for precision laser welding in industrial applications. This 6-axis robotic manipulator is ideal for operations looking to increase efficiency, consistency and safety.

⚙️ Key features that will move you forward

• Precise 6-axis positioning: Unlimited flexibility for complex geometries and access to difficult locations.
• High load capacity of 10 kg: Trouble-free handling of heavier workpieces and welding tools.
• Collaborative design: Safe operation without the need for expensive protective barriers, enabling collaboration with people.
• Incredible repeatability of ±0.03 mm: Every weld is identical, ensuring the highest quality and minimizing scrap.
• Integrated I/O interface: Easy integration with other peripherals and production lines.
• Advanced communication protocols: Support for TCP/IP, Modbus and Wi-Fi for easy integration into smart manufacturing systems.

🔍 Explore every detail

The Dobot collaborative welding robot is the epitome of engineering excellence. Its robust aluminum alloy and ABS plastic construction ensures long life and reliability even in harsh industrial environments. With a maximum TCP speed of 4 m/s and a JI movement range of ±360°, it provides unmatched agility and speed to maximize production throughput.

Designed with safety and ease of use in mind, this robot is fast and efficient to deploy with collaborative features and intuitive controls, allowing your team to focus on higher value-added tasks while the robot takes care of repetitive and precise welding.

🛠️ Are you bothered by inconsistent weld quality and slow production processes?

In modern manufacturing, efficiency and reliability are key. Manual welding often leads to quality discrepancies, delays and unnecessary costs. Are you looking for a solution that will eliminate these problems while increasing the safety of your workers?

🚀 Take back control of production with the Dobot welding robot!

This collaborative robot represents a breakthrough in automated welding. With its exceptional accuracy and reliability, you will achieve consistent quality, speed up production and reduce operating costs. Let technology work for you and take your production to the next level.

🌟 More than just features, real benefits

• Function: Load capacity 10 kg -> Benefit: Easy handling of heavy workpieces, wider range of applications.
• Feature: Repeatability ±0.03 mm -> Benefit: Perfect, consistent welds reducing scrap and increasing product quality.
• Feature: 6-axis design -> Benefit: Unlimited flexibility to weld complex parts from any angle.
• Function: Collaborative operation -> Benefit: Increased safety and the possibility of effective cooperation between man and robot, space optimization.
• Function: Wide working range of 1525 mm -> Benefit: Coverage of larger work areas and processing of larger components.

🎯 Who is it the ideal choice for?

• Small and medium-sized manufacturing companies: Looking to automate welding processes without the need for large investments in safety features.
• Industries: Automotive, metalworking, electronics, where high accuracy and repeatability are required.
• Research and development laboratories: For experimental and prototype welding with the need for rapid reconfiguration.

🤔 Do you have concerns? We'll answer them

• Concern: Is integrating a collaborative robot into my existing system too complex? -> Answer: Thanks to open communication protocols such as TCP/IP and Modbus, integration is flexible and relatively simple.
• Concern: Will a collaborative robot pose a safety risk to my employees? -> Answer: The robot's design meets strict safety standards for collaborative work, allowing for safe interaction in close proximity to operators.
• Concern: What is the energy consumption of such a robot? -> Answer: With an optimized consumption of 350W, the robot is designed to be energy efficient and minimize operating costs.

📋 Technical specifications

Parameter	Value
Maximum load capacity	10 kg
Working radius	1300mm
Maximum range	1525mm
Maximum TCP speed	4 m/s
J1 axis movement range	±360°
Maximum speed of axes J1/J2	120°/s
End effector I/O interface (DI/DO/AI)	2
Communication interface (end-effector)	RS485
Controller I/O (DI)	16
ABZ incremental encoder	1
Repeatable accuracy	±0.03mm
Communication (main)	TCP/IP, Modbus, Wi-Fi
Energy consumption	350W
Materials	Aluminum alloy, ABS plastic

❓ Frequently Asked Questions (FAQ)

What is the maximum load capacity of this welding robot?

The robot is capable of handling loads weighing up to 10 kg, making it a suitable assistant for a number of welding applications.

What accuracy can I expect from the Dobot welding robot?

The robot boasts a high repeatability accuracy of ±0.03 mm, ensuring exceptional consistency and quality of every weld.

Can the robot be used safely near human workers?

Yes, it is a collaborative robot designed for safe interaction with humans, minimizing risks and enabling effective collaboration in the workplace.

What are the options for connecting and communicating with the robot?

The robot supports a wide range of communication interfaces including TCP/IP, Modbus and Wi-Fi for easy integration into existing smart manufacturing systems.

What materials is the robot made of and what is its energy consumption?

It is made of durable aluminum alloy and ABS plastic. Its power consumption is optimized at 350W, which contributes to lower operating costs.

What is the working reach and speed of the arm?

The robot has a working radius of 1300 mm and a maximum reach of 1525 mm with a TCP speed of up to 4 m/s, ensuring effective coverage of the workspace.