Supply Custom Service Bridge Robotic Welding Arm TIG Welding Robot Automation

Customization: Available
Accuracy: ±0.05
Application: Construction Industry, Metal Fabrication Industry, Shipbuilding Industry, Welding

Product Description

ℹ️ Basic Information
Model NO.Cantilever Robot Welding Workstation
Control ModeContinuous Path Control
Drive ModeElectric
TypeArc Welding Robot
Welding Speed5 m/min
RobotMr12-2010
WelderAotai/Megmeet
Welding GunTrm Water-Cooled Extended Welding Gun
Control SystemFriendess Teaching-Free Welding System
Vision SystemFriendess Large Viewing Distance Sea M Finder
Rail12m (Length Can Be Customized)
Application ScenarioSecondary Processing for Steel Structure
CertificationISO, CE
Warranty1 Year
HS Code8468800000
Production Capacity50 sets/Month
🛠️ Product Description
Robotic Welding Arm

The cantilever robot intelligent welding workstation is equipped with the teaching-free welding system and a wide-angle weld tracker. It can directly import 3D model files from Tekla, SOLIDWORKS, or UG, matching welding process parameters automatically. The system identifies the accurate position of the weld and generates the optimal welding path.

The robot includes an automatic gun washing device, and the track length is customizable to accommodate various workpiece sizes. It is primarily used for welding H-shaped steel reinforced plates, column base plates, purlin support plates, and corbels.

Welding Process
📊 Technical Parameters
Robot ModelMR12-2010
Welder TypeAotai/Megmeet
Vision SystemFriendess large viewing distance seam finder
Machine Spec (7 axis)ZX-XRYH100
Machine Spec (8 axis)ZX-XRYHSW100
Total Power (7 axis)Robot 10KVA + Welder 31KVA
Total Power (8 axis)Robot 13KVA + Welder 31KVA
Max Operating Range10m × 1.3m × 1.2m (12m ground rail)
Efficiency0.3-0.5m/min (Process dependent)
Operation Process Robot Operation
💻 Advanced Systems
Laser Tracker (CP350V) Intelligent line scanning sensor that obtains weld contour info through laser scanning. Guides the robot to complete welding without external computers. Highly resistant to arc light and spatter.
Gun Cleaning Station (SC220A) Automatically cleans welding slag, cuts wire, and protects the nozzle. Extends service life and reduces consumable costs while maintaining high welding quality.
Laser Tracker Gun Clearing
Teaching-Free Software Automatically extracts welds from 3D drawings. No weld marking required at the design stage.
Digital Twin Technology Real-time display of robot trajectory, voltage, current, and speed for precise production monitoring.
Offline Programming 1:1 simulation of movements to avoid collisions and interference before actual production starts.
Software Process
📦 Main Product Line
Product Range 1 Product Range 2
Customer Showcase
🏭 Manufacturing Excellence

Our manufacturing facility covers an area of 160,000 m2 with advanced engineering and technical personnel. We specialize in CNC cutting machines, H-beam production lines, box beam lines, welding manipulators, rotators, and fiber laser cutting machines.

Facility 1 Facility 2
Equipment 1 Equipment 2 Equipment 3
Workshop
Frequently Asked Questions
What makes the "teaching-free" welding system special?
It allows for the direct import of 3D CAD files (Tekla, SOLIDWORKS, etc.), automatically identifying welds and generating paths without manual point-to-point programming.
Can the rail length be customized?
Yes, while the standard rail is 12 meters, the length can be fully customized based on your specific workpiece requirements and factory layout.
What materials and structures can this robot weld?
It is ideal for steel structures, specifically H-shaped steel reinforced plates, column base plates, purlin supports, and bridge partitions.
How does the laser vision system improve welding?
The CP350V laser tracker identifies the real-time contour of the weld, allowing the robot to adjust for deviations and ensure precise weld placement even with slight workpiece variations.
Is offline simulation supported?
Yes, the system includes self-developed offline programming software that provides a 1:1 simulation to verify movements and avoid collisions before starting the actual job.
What is the advantage of the cantilever design?
The cantilever structure allows workpieces to be lifted and positioned in batches, significantly reducing handling time and increasing overall workstation throughput.

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