China Suppliers Factory High-Power Six-Axis Robot Laser Welding Machine for Precision Automated Welding
Core Composition
Provides spatial motion flexibility, typically with six degrees of freedom.
Provides the welding energy, primarily in the form of fiber lasers, with power ranging from several hundred watts to 8,000 watts.
Responsible for beam focusing and path programming, some are equipped with swing welding heads to optimize welding quality.
Core Advantages
With six degrees of freedom, it can adapt to automatic welding of various complex three-dimensional workpieces.
Automation ensures consistency and high speed, with minimal heat-affected zone and deformation.
The machine boasts high integration, with core components requiring no maintenance, enabling rapid integration into automated production lines.
Technical Parameters & Functions
Application Fields
Machine Picture
Frequently Asked Questions
What are the core components of the robotic laser welding system?
The system primarily consists of three core components: a six-axis robot for spatial motion flexibility, a fiber laser (ranging from several hundred to 8,000 watts) to provide welding energy, and a specialized welding head and control system for beam focusing and path programming.
What is the repeatability and speed of the six-axis welding robot?
The robot has a repeatability of typically ±0.03mm to ±0.05mm. The welding speed ranges from 5 to 10 mm/s, and it can process weldable thicknesses from 0.1mm to 5mm.
What are the main advantages of using a robotic laser welding system?
Key advantages include exceptional flexibility due to the six degrees of freedom, high quality and efficiency with minimal heat-affected zones and deformation, and easy integration into automated production lines since the core components require no maintenance.
What intelligent features are supported by the welding control system?
It supports intelligent features such as integrated weld seam tracking, penetration depth monitoring (e.g., LDD, SmartOCT), multi-station collaboration, and the ability to seamlessly connect to factory MES systems.
In which industries is this robotic laser welding system applied?
It is widely used in automotive manufacturing (body panels, batteries, chassis), aerospace (engine components), new energy sectors (photovoltaic and battery packs), and general industries such as 3C electronics, medical devices, hardware appliances, and kitchen & bath cabinets.