Robotic Automated Welding Production Line
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Robotic Automated Welding Production Line

Robotic automated welding production line tailored for a client company's large vehicle battery boxes. This production line is designed to meet the challenges of complex battery box structures, a large number of welds, and a large welding workload. Through a highly integrated automation system, it aims to achieve efficient, accurate, and stable unmanned welding operations.
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Product Introduction
Products Description
 

 

This robotic automated welding production line for battery boxes is not only a set of automated equipment, but also a turnkey solution designed to solve the customer's specific process challenges. It ensures high quality, high efficiency and ultra-high reliability in the welding production of large battery cases through a series of designs such as dual-station circulation, four-machine coordination, and fully customized heavy equipment.

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Customized service

 

【Production line layout and workflow】
This robotic automated welding production line for battery boxes adopts an advanced production mode of alternating cycles of dual stations. The core consists of a standard welding room and two symmetrical loading and unloading stations.

1. Efficient cycle operation:

(1) After the loading is completed at station A, the heavy-duty positioner carries the workpiece into the welding room to start welding.

(2) At the same time, station B can prepare for the loading of the next product.

(3) After the welding room completes the operation of product A, the positioner returns to station A to unload and load new materials, and at the same time carries the workpiece of station B into the welding room.
(4) This alternating cycle greatly reduces the equipment waiting time, ensures the continuous flow production of the production line, and maximizes the production capacity.


[Detailed explanation of core customized equipment]
In view of the characteristics of the customer company's products being "large, heavy, and complex", the key equipment of the production line has been deeply customized:
(1) Heavy-duty servo positioner and precision rail: To carry box-shaped workpieces weighing several tons, we are equipped with a heavy-duty servo positioner and a customized heavy-duty linear moving rail to ensure that the workpiece is smoothly and accurately transferred between the workstation and the welding room, and to achieve the best posture change during welding.
(2) Special cantilever hoist: To ensure the safety and efficiency of the loading and unloading links, a special cantilever hoist is specially designed to achieve fast and accurate lifting and positioning of the workpiece.
(3) Dual-model flexible fixture: In view of the two product models of the customer company, we have configured two sets of high-precision, modular special welding fixtures at the two workstations respectively. The fixture structure is complex and can reliably locate all parts, ensuring dimensional stability during welding and enabling rapid changeover.

(4) Four-robot collaborative welding system: To solve the problem of a large number of welds and their wide distribution, four high-performance welding robots are integrated into the welding room. They can simultaneously perform welds on different positions of the workpiece, and their welding efficiency is several times that of a single robot.

(5) Robot lifting column: To meet the accessibility of welds in all directions on the top, bottom, and sides of a large box, four robots are installed on customized lifting columns that can flexibly adjust the working height to ensure that each weld can be completed in the best posture.

 

[Core value of simulation verification]

The core purpose of this 3D dynamic simulation is to conduct a comprehensive verification of the production line in a virtual environment before the actual investment and construction:

(1) Accessibility verification: Accurately simulate the motion trajectory of the four robots in a complex fixture environment to 100% confirm that all welds are accessible and weldable without any interference risk.

(2) Cycle Optimization: By calculating the time for each work step through simulation, the robot path and equipment coordination logic are optimized to verify and ensure the production line design cycle.

(3) Process Preview: By combining welding process parameters with simulation, customers are provided with the most intuitive production line operation preview, reducing project implementation risks.

 

 

 

Summary:If you need detailed technical information or equipment solutions, please provide specific welding requirements (such as material, workpiece size, welding depth, etc.), and we will customize solutions for you.  Please feel free to contact us and we will serve you wholeheartedly!

 

We cherish and thank you for any inquiries. We sincerely look forward to your inquiries, visits and inspections, and sincerely hope to become your long-term and reliable partner in China.

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