Industrial automation robot supply
6-Axis Articulated Robot for Welding, Assembly, and CNC Automation
Guangdong Jinlaoda CNC Machine Tool Co., Ltd supplies industrial articulated robot arms for factories that need repeatable automation in welding, CNC tending, assembly, material handling, spraying, inspection, and finishing work.
For buyers comparing the articulated robot market, this robot arm combines six-axis motion, project-matched payload selection, long reach options, and controller interfaces that support common industrial automation networks.
Procurement teams looking for an articulated robot manufacturer can use this page to review practical sourcing details before sending workpiece drawings, tooling requirements, and production cell information for quotation.
Articulated Robot Media and Product Specifications
The robot is positioned for production lines that need flexible motion, controlled repeatability, and practical integration with CNC machines, welding stations, assembly fixtures, and handling equipment.
Description
This industrial 6-axis articulated robot arm is designed for factories that need stable movement across multi-step production tasks. Its human-arm-like motion supports complex spatial paths, while selectable payload and reach configurations help buyers match the robot to tooling, fixture height, machine access, and workpiece size. For procurement review, the most important checks are application type, end-of-arm tooling, communication protocol, cell layout, part weight, and required positioning accuracy.
- Welding and assembly cells can use the robot for repeatable path control around fixtures and part edges.
- CNC tending projects can align robot reach, gripper clearance, and controller signals with machine access points.
- Material handling and finishing lines can review payload margin, arm movement range, and process tooling before order confirmation.
Product Specifications
| Product Name | Articulated Robot |
|---|---|
| Robot Type | Industrial 6-axis articulated robot arm |
| Motion Structure | Six degrees of freedom for flexible three-dimensional movement |
| Repeatability | Up to +/-0.05 mm, subject to model and application confirmation |
| Payload Range | From 3 kg to over 20 kg, selected according to tooling and workpiece requirements |
| Arm Reach | Reach options extending beyond 2000 mm, subject to selected model |
| Typical Applications | Welding, assembly, CNC automation, machine tending, material handling, spraying, inspection, and finishing |
| End-of-Arm Tooling | Compatible with welding torches, grippers, and process tooling after project review |
| Controller Interfaces | EtherCAT, EtherNet/IP, Profinet, and Modbus-TCP listed for automation communication |
| Buyer Review Items | Workpiece size, payload margin, reach path, tooling weight, fixture layout, cycle target, and safety interface |
| Industrial Fit | Automotive parts, appliance manufacturing, furniture production, metalworking, and smart factory automation cells |
Core Supply Advantages
Procurement-Ready Robot Selection
Payload, reach, tooling, and communication requirements can be reviewed together so buyers avoid under-sizing the robot for the actual production cell.
Automation Cell Compatibility
Listed protocol support helps integrators align the robot with PLCs, CNC controllers, conveyors, vision systems, and peripheral equipment.
Multi-Process Factory Use
The same six-axis platform can be evaluated for welding, handling, assembly, tending, and finishing tasks when tooling and fixtures are properly planned.
Related Articulated Robot Procurement Articles
These Jinlaoda resources support technical review for robot specifications, automation integration, and machine tending project planning.
Specifications of a High-Precision Articulated Robot Arm
A specification-focused article for buyers comparing robot accuracy, reach, payload, and control requirements before selecting an articulated arm for production use.
Read MoreIntegration Steps for 6-Axis Articulated Robot Arms in Automated Systems
Guidance for mapping robot installation, controller communication, tooling coordination, and workflow checks in automated manufacturing systems.
Read MoreNavigating Automated Machine Tending Solutions for Modern Manufacturing
A practical look at machine tending layouts, loading and unloading requirements, and automation choices for factories improving CNC workflow consistency.
Read MoreVerified Procurement Feedback
Factory buyers often review robot suppliers by specification clarity, tooling discussion, protocol fit, and readiness to evaluate real production layouts.
Five-star rating
We needed a robot arm for welding fixtures with several access angles. The Jinlaoda team helped us review reach, payload margin, and torch clearance before we moved into internal approval.
Automation Procurement Manager, Automotive Parts Plant, Mexico
Five-star rating
Our CNC tending project required careful checking of gripper weight, door access, and controller signals. The specification discussion was clear enough for our engineering and purchasing teams.
Manufacturing Engineer, Precision Machining Supplier, Germany
Five-star rating
For a distributor project, we compared several robot configurations for assembly and handling cells. Jinlaoda's protocol and application details made the technical review more efficient.
Sourcing Director, Industrial Automation Distributor, Turkey
Articulated Robot Procurement FAQ
These answers help buyers prepare robot requirements before discussing model selection, integration scope, and production cell details with Jinlaoda.
What production tasks can this 6-axis articulated robot support?
The robot is suited for welding, assembly, CNC machine tending, material handling, spraying, inspection, and finishing workflows. Its six degrees of freedom help the arm approach parts from different angles, which is useful when fixtures, workpieces, or tooling create limited access around the process area.
How should buyers evaluate payload and reach before ordering?
Buyers should confirm workpiece weight, end-of-arm tooling weight, cable routing, fixture height, operating envelope, and the farthest pick or process point. The listed product range covers payloads from 3 kg to over 20 kg and arm reach beyond 2000 mm, but the final model should be matched to the actual tooling and cycle plan.
Which communication interfaces are relevant for automation cells?
The product page lists EtherCAT, EtherNet/IP, Profinet, and Modbus-TCP support. Procurement teams should confirm the target PLC, CNC controller, safety devices, vision system, and peripheral equipment so the robot controller can be aligned with the plant communication architecture.
What information helps Jinlaoda prepare a robot quotation?
Useful details include the application type, workpiece drawings or size range, required payload, reach, fixture layout, expected cycle time, tooling type, available floor space, preferred communication protocol, power conditions, and any packing or documentation requirements for export procurement.
Can the articulated robot be used with welding torches or grippers?
Yes. The product information references compatibility with welding torches, grippers, and other end-of-arm tooling. The final tooling choice should be reviewed with process requirements such as weld access, part gripping force, fixture clearance, cable management, and motion path stability.
How can a factory reduce risk before installing the robot in a CNC cell?
A practical review checks part loading direction, door or chuck access, robot reach, gripper clearance, controller signals, safety interlocks, chip and coolant exposure, and the sequence between machining, unloading, and inspection. Sharing the cell layout early helps confirm whether a standard robot arm or adjusted integration plan is better suited.