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Detailed Product Description
The Cantilever type welding robot BR-2010A Pro/DG12 is especially suitable for manufacturers that process structural steel parts, fabricated assemblies, and components with frequent model changes. In environments where product variety is high and setup time directly affects profitability, its one-click welding workflow supports both efficiency and consistency without adding unnecessary programming burden to operators.
This solution is built to simplify how robotic welding is prepared and executed. After TEKLA drawings are imported, the system uses digital part information as the basis for weld path planning. A laser camera then captures the actual placement of the workpiece, allowing the robot to align the virtual welding logic with real production conditions. Because of this integrated positioning process, the workpiece does not have to be placed in a strictly fixed location, and dedicated tooling or fixtures are not required for basic operation.
Once positioning is completed, the welding program is generated automatically, and the welding process is matched automatically according to the task data available in the system workflow. This reduces dependence on manual teaching and supports more repeatable production, particularly when operators need to switch between jobs quickly.
No teaching programming required: eliminates the time-consuming manual teaching process common in traditional robotic welding cells.
Direct TEKLA drawing import: helps create a smoother connection between design data and shop-floor execution.
No tooling or fixtures needed: reduces preparation cost and simplifies changeover between different parts.
Flexible workpiece placement: parts can be placed anywhere within the workable range, lowering the burden on material handling accuracy.
Laser camera positioning: improves the system’s ability to recognize actual part location before welding begins.
Automatic welding program generation: shortens setup time and supports stable process execution.
Automatic process matching: streamlines production preparation and reduces manual intervention.
One-click welding start: enables a simpler operator workflow and faster job initiation.
products faq
A welding robot is an automated system consisting of a robotic arm, welding power source, wire feeder, and control unit. It follows pre-programmed paths to position the welding torch and execute welds with high precision. The robot can perform various welding processes including MIG/MAG, TIG, and plasma welding, with motion controlled by a PLC or CNC system that ensures repeatable accuracy.
Welding robots offer several key benefits:
Consistent quality – eliminates human error and fatigue
High productivity – operates continuously with minimal downtime
Labor savings – reduces dependence on skilled welders
Safety – removes operators from hazardous environments (fumes, heat, arc flash)
Precision – achieves repeatable accuracy within ±0.1mm
Welding robots are highly versatile and can handle a wide range of workpieces, including:
Structural steel components (H-beams, columns, frames)
Pipe and tube assemblies
Pressure vessels and tanks
Automotive and machinery parts
Custom fabricated assemblies
The robot can be equipped with positioners, rotary tables, and tracking systems to accommodate complex geometries and large components.
Modern welding robots feature user-friendly programming interfaces, including:
Teach pendant – operators guide the robot through the weld path, which is then stored as a program
Offline programming – allows programming from a computer without interrupting production
Intuitive software – simplifies parameter setting for speed, voltage, current, and weave patterns
Operators with basic welding knowledge can typically become proficient after short training.
Routine maintenance includes:
Checking and replacing welding consumables (contact tips, nozzles, liners)
Inspecting cables, hoses, and connections for wear
Lubricating robotic arm joints and gearboxes
Cleaning protective glass and sensors
Updating software and backing up programs
Regular preventive maintenance schedules help ensure long-term reliability and minimize production downtime. Our service team provides comprehensive technical support and spare parts availability.