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Product Description
Scope of work and installation diagram

Detailed Product Description
Built for modern production lines that demand precision, flexibility, and dependable cycle performance, this Multipurpose Robot is designed to support handling, welding, and cutting tasks within a single robotic platform. Its 6-axis vertical articulated structure gives manufacturers the freedom to automate repetitive operations while maintaining the control needed for parts that require stable motion, accurate path tracking, and repeatable positioning.
With a 10 kg payload and a maximum reach of 1584 mm, the robot fits well into a wide range of industrial cells where moderate payload capacity and broad working coverage are both essential. The repeatability of ±0.08 mm makes it suitable for production environments where consistency matters, whether the application involves transferring workpieces, guiding a welding torch, or executing cutting paths that benefit from predictable robotic movement. This balance of reach, load capacity, and positional stability helps reduce manual intervention and improves process reliability over long operating cycles.
6-axis motion structure for flexible positioning in complex workspaces
10 kg payload suitable for tooling, grippers, and process-specific end effectors
1584 mm maximum reach for efficient coverage of fixtures, pallets, and work areas
±0.08 mm repeatability to support stable and repeatable industrial processes
Equivalent IP65 protection for demanding shop-floor conditions
Multiple installation methods including ground, hoisting, and side mounting
The axis performance data also shows strong dynamic capability. J1 reaches 259.3°/s, J4 reaches 294.1°/s, and the remaining axes provide balanced speed characteristics to support efficient cycle times without compromising controllability. In practical use, this means the robot can respond well in applications that require frequent directional changes, approach-and-retract movements, or multi-angle operations around parts and fixtures.
One of the strongest values of this Multipurpose Robot is operational versatility. Instead of investing in highly specialized equipment for every separate task, manufacturers can integrate one robotic unit into different production processes according to project requirements. This is especially useful for workshops handling mixed production, medium-batch manufacturing, or lines that may expand into new products over time.
Handling: suitable for loading, unloading, part transfer, sorting, and general material movement within automated cells.
Welding: well matched for robotic welding applications that require stable path motion and repeatable torch positioning.
Cutting: can be integrated into cutting operations where articulated movement helps access different contours and working angles.
Its installation flexibility further supports efficient system design. Ground mounting is ideal for standard automation layouts, while hoisting and side mounting options can help optimize valuable floor space or adapt to special fixture arrangements. For integrators and factory planners, this creates more freedom when configuring cells around conveyors, positioners, tables, or enclosed process stations.
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.