Salary / price 1 €
About the robot
Robot name HighMate W10 Welding Robot
Employment type Full-time employees
Dimensions H: 23 cm W: 29,7 cm L: 17,1 cm
Load capacity
The speed of movement
Power 300 W
Energy consumption
Working hours
The warranty period

Relocatable robot

*Payment terms, contracts, shipping/logistics, insurance details, etc. are provided upon request.

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Autonomous Mobile (AMRs) Cobots Construction Industrial Smart Machines

Robots from the manufacturer

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

Specifications

  • Dimensions: 230 × 297 × 171 mm
  • Weight: 10 kg
  • Voltage: DC 24 V
  • Power: 300 W
  • Applicable Pipe Diameter: ≥ 130 mm
  • Applicable Wall Thickness: 4 ~ 50 mm
  • Welding Speed: 10 ~ 600 mm / min


Description

HighMate W10 Welding Robot: Intelligent and Versatile Welding Solution

HighMate W10 is an all-position welding robot developed by RobotPlusPlus. This intelligent robot is designed for filling and capping tasks, integrating welding processes with cutting-edge intelligent welding technology to ensure the stability of all welding parameters. It offers a high level of precision and efficiency, making it an ideal choice for various welding applications. Rent or hire a robot to work more accurately, quickly and efficiently.

Product Features

The HighMate W10 welding robot comes equipped with several standout features that enhance its performance and usability:

  • Compact and portable design with a unique and elegant appearance, allowing easy transportation
  • Precision control through a constant torque motor driving system with an orthogonal encoder for precise navigation and stable speed during welding
  • Smart 360-degree segmentation and automatic welding parameter selection for a uniform and reliable weld, enabled by angle sensor control
  • Automatic arc starting and stopping with one-key operation, reducing reliance on human intervention
  • Excellent welding quality for both thick and thin pipes, suitable for girth welds and fillet welds
  • Seamless switching between auto-welding and manual welding modes to fulfill various welding scenarios
  • Customizable programs and upgrade options to meet specific user requirements

These features make the HighMate W10 an ideal job for robots, ensuring effective work for the robot in numerous welding applications.

Application Scenarios

The construction robot HighMate W10 is suitable for flat surface welding, as well as pipe welds, including pipe-to-pipe welds, pipe-to-elbow welds, and pipe-to-flange welds. It can be used for filling and capping welds in both indoor and outdoor environments. This versatile robot is an excellent choice for construction sites, industrial settings, and maintenance facilities where reliable and efficient welding is required. It excels as a welding robot, construction robot, universal robot, and robot welder, providing efficient solutions for robots in manufacturing and robots in construction. The intelligent robot HighMate W10 provides excellent work for the robot in these settings.

Revolutionizing Welding Operations

Experience the future of welding with the robot welder HighMate W10. This intelligent, autonomous robot enhances productivity and ensures precision and efficiency in every task. Whether you need to hire a robot, rent a robot, or invest in a robot for sale, the HighMate W10 stands out as a versatile and intelligent choice. Embrace the advancements in robot automation and explore the endless possibilities with this welding robot, leading the way in innovative welding technology. Perfect for jobs in construction, industrial, and maintenance settings, this robot offers reliable and effective solutions for a wide range of welding applications. It exemplifies the future of robotic automation and the next generation of industrial robots, collaborative robots, smart robots, and robotic welding systems.