Robot Fiber Laser Welding Machine with Seam Tracking System

Features

• Save welding labor cost
• Automatic welding equipment
• Robotic arm comes with seam tracking system
• Perfect welding effect
• Work with automated production lines

PRODUCT DESCRIPTION

Robotic Fiber Laser Welding Machine with Seam Tracking System

Robotic arm fiber laser welding machine is an efficient, automated, low-cost product. It can weld any plane, curved surface, arc, circle, polygon, etc., programmable the required welding route for the robot control system realize automatic welding function.

Wobble weld head advantage

Wobbling the laser beam improves weld quality as well as finish,wobble welding head can be welded well aluminum and brass materials, It can also compensate the weld between the materials to be welded.Through weld head control system adjust different weld width. Wobble welding allows the workpiece to have irregular welds, larger gaps and other processing parameters, which can significantly improve welding quality.

The wobble welding head has a laser integration function to assist in improving the laser energy conversion rate. Wobble welding heads are designed to provide the highest laser power handling capability in the industry in a completely sealed and lightweight package. These process heads provide effortless integration with HS lasers and offers improved weld quality and better visual finish. Available in multiple configurations with the broadest focus and collimator lens options, the Wobblersare the ultimate tool to weld a multitude of different material types and thicknesses.

What is brand robotic we can offer?

Kawasaki
ABB
KUKA
Yaskawa

The Benefits of Robotic Laser Welding Over Traditional Welding Process

Robotic laser welding presents many advantages over traditional welding processes in certain applications. Recent advancements in laser welding technology have made it even more appealing in a wide range of industrial settings. While laser welding is not a replacement for traditional welding entirely, it is better suited for some parts.
So, what recent advancements in laser welding have made this technology more viable for manufacturers? And what are the benefits of laser welding over traditional welding processes?
Advances in Robotic Laser Welding Technology
Some of the most meaningful advances in laser welding technology have actually been from vision technology. Scanner optical configurations, scanner controls, and real-time interfaces for optical sensors enable laser welding in far more complex applications.
Laser welding is inherently more precise than traditional welding. When combined with an advanced 3D vision system, welding accuracy increases exponentially, even for high volume, multi-pass parts.

BENEFITS OF ROBOTIC LASER WELDING

As mentioned, robotic laser welding is inherently precise. Laser welding beams create deep and accurate welds without using nearly as much energy or resources as traditional welding processes. Since laser welds are so precise and focused, welds are cleaner and require far less touch-up or rework.
Laser welding solutions are also more versatile. Traditional welding methods will always excel at applications where there is a gap between welding parts, but other applications that would benefit from high accuracy and speed will be better off with laser welding. Robotic laser welding has a much smaller heat-affected zone, so distortion is minimized regardless of the type of metal being welding.
Robotic laser welding is an accurate, clean and flexible option for a wide variety of welding applications. While it will never be a replacement for traditional welding processes, it still has many benefits and any manufacturer looking to automate welding processes should at least consider a robotic laser welding solution.

TECHNICAL PARAMETERS

Model number: HS-RW1000 to HS-RTW6000	Water cooler capacity: Depend on laser power
Laser power: 1000W 1500W 2000W 3000W 4000W 6000W	Type of water: Distilled water or pure water
Laser type: Fiber laser technology	HD CCD camera: External
Laser wavelength: 1070-1080nm	Weld width range:0.5 to 5mm
Laser source: Raycus / IPG / Max / JPT	Welding Tracking System: option
Weld head: WSX / RayTools / Precitec	Type of gas: Argon gas / Nirogen gas
Motorized: Servo motor	Air pressure:3 to 5 bar / 0.3 to 0.5 Mpa
Metal working table: Accept customizable	Power required: AC 380V±10%/50Hz 3 Ph.
Control system: HS LASER system	Total power: Depend on laser power
Robotic brand: ABB YASKAWA Kawasaki KUKA	Warranty period: lasere source 2 years, robot 1 year
Axis: 6 axis robot	Machine dimension: 1187*600*1200mm
Wire feeder function: option	Net Weight: 650KG
Fiber cable length: Standard 10m Accept costomizable

WELD SAMPLES DISPLAY

VIDEO