Flexible Standard Robotic Welding Workstation For Engineering Equipment And Shipbuilding
Standard Welding Workstation Introduction
A robotic welding workstation is primarily composed of an industrial welding robot, welding power supply, welding torch, advanced welding process functions, gantry rail system, positioner, and dedicated workholding fixtures. By integrating an intelligent robotic system with flexible external axes, the workstation extends the effective working envelope, enhances welding quality, and supports multi-position welding operations, providing a comprehensive automated solution for complex structural workpieces.
Performance Specs
| Category |
Content |
Main Technical Parameters |
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Robot performance
|
Arm span |
1465MM,2010MM |
| Repeatability |
±0.03MM,±0.07MM |
| Load capacity |
12KG |
|
Overall parameters
|
Degrees of freedom |
6-axis - 11-axis |
| Power supply |
Three-phase five-wire system 3×380V±10%/50HZ |
| X-axis traverse speed |
≥20/MIN |
| Y-axis traverse speed |
≥12/MIN |
| Z-axis traverse speed |
≥8/MIN |
| Positioner rotation speed |
0.05-0.9RPM |
| Positioner tilting speed |
0.14-0.4RPM |
Integrated Features
1. High Productivity and Reliable Continuous Operation
The system supports continuous 24-hour production, substantially increasing manufacturing throughput. By reducing dependence on manual welding skills and minimizing errors associated with human operation, it helps manufacturers lower labor costs and improve overall production efficiency.
2. Enhanced Safety and Environmental Performance
Intelligent welding technology effectively reduces exposure to arc radiation, welding fumes, and spatter, contributing to a safer workplace and improved operator conditions. When integrated with the Sicheng fume extraction and purification system, the workstation further promotes a cleaner and more environmentally controlled production environment.
3. Accurate Process Control and Consistent Welding Quality
Stable and precisely controlled welding parameters help maintain uniform weld formation and reduce rework requirements. Intelligent sensing and monitoring technologies also minimize the influence of environmental and operational variations on welding quality.
4. Flexible Operation for Diverse Welding Applications
The workstation provides an extensive operating range and supports multi-angle and multi-position welding. Its flexible configuration makes it suitable for complex structural components and enables automated production across a broad range of industrial applications.
Standard Workstation Series
The standard robotic welding workstation supports more than 200 configuration combinations involving robots, positioners, ground rails, and gantry systems. This modular architecture accommodates the turning, repositioning, and handling requirements of different workpieces while complying with their specific welding process requirements.
Product Highlights
1. Small-Part Contouring Table Design:
To address the challenges associated with small components featuring diverse geometries and configurations, the workstation incorporates a dedicated contouring table. This solution maintains positioning accuracy of up to 0.1 mm between small components, improving recognition accuracy and resolving difficulties associated with identifying numerous irregularly shaped parts.
2. Intelligent 3D Contact-Sensing Positioning:
The welding robot incorporates an intelligent 3D contact-sensing positioning system. Based on a proprietary algorithm, the system calculates the robot's posture and automatically applies positional compensation, effectively addressing dimensional deviations in structural components and improving the positioning accuracy of small parts.
3. Buffered Adaptive Angle Gripper:
The handling robot is equipped with a buffered, adaptive angle gripper designed to compensate for the suspended or uneven positioning of small components caused by dimensional variations in welded assemblies. This configuration ensures secure and stable component handling throughout the production process.
4. Movable Headstock and Tailstock Positioner:
To accommodate structural components with varying lengths and configurations, the system adopts a movable tailstock positioner. Its adjustable positioning capability improves workstation flexibility and facilitates efficient handling of different workpiece dimensions.
5. Dual-Robot Station Slide System:
The dual-robot slide configuration enables two welding robots to share a common travel platform while operating independently. This optimized arrangement increases simultaneous processing capability, improves workstation utilization, and significantly shortens overall production cycles.
6. Improved Production Efficiency and Welding Quality:
Using the welding of small components for the rear frame of a 955 loader as an example, the automated system reduces the welding time for a single component to approximately 45 minutes, representing a 25% improvement over conventional manual welding. At the same time, the product qualification rate increases from 91% to 97.5%, demonstrating significant improvements in production efficiency, process consistency, and finished-product quality.
Applications
Engineering Machinery: Used in the production of various precision mechanical parts, such as those for the automotive and aerospace industries.
Shipbuilding: High-strength welding for ship structural components, cabin frames, etc.
Building Steel Structures: Used in steel structure buildings to improve the load-bearing capacity and seismic performance of the structure.
Application Cases:
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Flexible Standard Robotic Welding Workstation For Engineering Equipment And Shipbuilding Images
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