9 axis cantilever type welding robot
9 axis cantilever type welding robot
Full-range Machinery & Customized Non-standard Solutions
Authorized Certificates & Independent R&D Patents
Over 10 Years Global Export & Worldwide Project Cases
Product Description
Detailed Product Description
1.Introduction for 9 axis cantilever type welding robot:
1.1 System Configuration and Floor Space
The planned floor space for this equipment (exclusive of operator stations, material storage areas, cutting buffer zones, etc.) is 14 meters in length. The system primarily comprises the following components: one dedicated robot rail, one slide carriage, one 6‑axis welding robot with its control system, one welding power source, one torch cleaning station, one welding torch, and ancillary equipment.
1.2 Robot Installation and Status Indication
The welding robot in this workstation adopts a fixed installation mode and operates in conjunction with a servo‑driven slide carriage to complete the welding of workpieces. The equipment is equipped with three fault alarm indicator lights—red (equipment alarm or fault), yellow (equipment paused), and green (equipment running)—installed in a clearly visible location, allowing operators to instantly recognize the current system status.
1.3 Safety Protection Systems
The equipment features multiple emergency stop switches, enabling immediate cessation of all machine operations in emergency situations. Additionally, a safety grounding system is provided to ensure operational safety.
2.Characters for 9 axis cantilever type welding robot:
3.1 Hoist the prepared workpiece onto the welding platform.
3.2 Import the 3D drawings into the system.
3.3 Select the welds to be processed (one‑key weld extraction is supported, with manual matching of welding parameters).
3.4 Press the Start button to activate the robot.
3.5 The robot automatically locates the workpiece.
3.6 The robot performs welding of the designated joints (with automatic arc tracking enabled for real‑time weld seam correction).
3.7 Welding is completed.
3.8 Manually detach the finished workpiece and lift it off the platform using the hoist.
3.9 For subsequent workpieces of the same type, repeat the cycle continuously from Step 3.4 onward.
3.Projects for Welding manipulator
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.