JNGS AUTOMATION -- HIGH-QUALITY, PROFESSIONAL, CUSTOMIZED ROBOTIC SOLUTIONS.
| Quantity: | |
|---|---|
Working Principle:
The 3-Axis S-Type Welding Positioner is engineered with three independent motion axes, offering highly flexible operational modes including single-axis rotation, dual-axis linkage, and full three-axis collaborative control. Designed specifically for advanced manufacturing, it integrates perfectly with standard 6-axis robotic arms. This synergy enables professional, automated welding processes for complex, irregularly shaped components and intricate multi-weld seams, ensuring consistent weld quality and significantly reducing cycle times.
Optional Accessories:
To meet diverse production requirements, this positioner supports seamless integration with various optional accessories. These include industrial welding robotic arms, dedicated automated welding machines, advanced laser welding systems, and specialized welding torches. Furthermore, we offer customized 3-axis S-shaped welding positioner designs and structural modifications, such as adding a seventh-axis welding robot track to extend the working envelope.
Key Advantages:
1. Three-Axis Collaborative Linkage: This feature allows for precise three-dimensional attitude adjustment of the workpiece, encompassing horizontal rotation, vertical tilting, and micro-pitch fine-tuning. It accurately positions any weld seam—including hidden and inclined seams on complex asymmetrical parts—into the optimal flat or boat welding position. This completely eliminates welding dead angles and fully adapts to all-position welding requirements.
2. High Space Utilization: The compact yet robust S-type structural design maximizes floor space efficiency, making it an ideal choice for constructing streamlined mass production welding lines in facilities with spatial constraints.
3. Versatile Load Capacity: It perfectly balances the dual requirements of high-precision micro-welding and heavy-duty structural welding. This versatility eliminates the need for frequent equipment changeovers, streamlining workflow and boosting overall factory output.
4. Strong Automation Integration: Featuring exceptional compatibility with mainstream automation systems, it significantly improves production efficiency while substantially reducing labor costs and minimizing human error during operation.
Additionally, Guansen Automation provides professional customization services. We tailor the positioner's load capacity, structural dimensions, and fixture interfaces according to your specific product specifications and operational needs, ensuring the workpiece achieves the ideal welding speed, penetration, and aesthetic finish.
 |  |
The versatile design of the 3-Axis S-Type Welding Positioner makes it highly suitable for a wide range of demanding industrial sectors, providing reliable support for complex manufacturing tasks:
Automotive & Rail Transportation: Ideal for handling high-speed rail bogie components, subway car body parts, complex automotive chassis supports, and various irregularly shaped tubular components that require precise multi-angle welding.
Construction Machinery: Provides stable rotation and tilting for heavy-duty parts such as excavator booms, boom attachments, large pin bearings, and small slewing bearings, ensuring deep weld penetration and structural integrity.
General Machinery & Precision Manufacturing: Perfectly accommodates large gearbox housings, complex pump bodies, industrial valves, and precision irregularly shaped structural components, maintaining strict dimensional tolerances during the automated welding process.
Steel Structure & Aerospace: Highly effective for fabricating irregularly shaped steel structure nodes, specialized aerospace components, and small aircraft structural components where weld quality and safety are critical.
Wind Power & Energy Equipment: Supports the reliable welding of wind turbine flanges, main shaft supports, and small tower accessories, meeting the stringent quality standards of the renewable energy sector.
 |  |
To ensure a smooth transition and rapid deployment in your facility, Guansen Automation provides a comprehensive operation guide and robust after-sales support system. We supply detailed and professional instruction manuals covering installation, daily operation, and routine maintenance. A dedicated engineer will be assigned to provide one-on-one technical guidance tailored to your specific application. We offer continuous online communication and remote training support to quickly resolve any operational queries. For complex integrations, we provide on-site commissioning and hands-on training support to ensure your team is fully proficient. Furthermore, free training and operational guidance are always available at Guansen Automation's manufacturing facility for your technicians.
 |  |
1. What data is needed to design a customized welding solution or positioner?
To provide an accurate and tailored solution, we require the workpiece weight, exact dimensions, material type, required weld thickness, and the specific welding effect or standard you aim to achieve.
2. Can this positioner be seamlessly integrated with an existing welding robot?
Yes, absolutely. The system supports major communication protocols including Modbus, Profinet, and EtherCAT. It is specifically designed to function as a robot's seventh axis or an external synchronous axis for fully automated operations.
3. What are your installation, commissioning, and training services?
All equipment undergoes rigorous quality inspection and factory testing, and is only shipped after successful internal commissioning. We provide free personnel training at our facility. Alternatively, you can opt for our engineers to provide comprehensive on-site installation, commissioning, and training at your factory until the equipment is operating flawlessly.
4. What is the warranty policy for the equipment?
We provide a standard one-year warranty for the complete machine. During this warranty period, any required replacement parts (excluding standard consumables) are provided free of charge, with shipping costs being the responsibility of the buyer.
5. What is the estimated delivery time for the complete set of equipment?
For our standard models, the delivery time is typically 15 to 20 days. For customized models engineered to specific requirements, delivery ranges from 15 to 45 days, depending on the complexity of the configuration and integration needs.
