Brazil Customer Needed 3D Security Fence Production Solution
A customer from Brazil recently contacted DAPU to inquire about a fence mesh welding machine for producing 3D security fence panels.
The customer mainly manufactures welded fence products for local security fencing, industrial perimeter protection, and infrastructure projects in the Brazilian market. As demand for welded 3D fence panels continued to increase, the customer planned to upgrade the factory’s fence production capacity with a more efficient welding system.
According to the customer’s production requirements, the machine would mainly be used for manufacturing 3D welded security fence panels with stable mesh spacing and reliable welding quality.
During the initial communication stage, the customer explained that local factories in Brazil commonly use a manual push wire feeding method instead of a traditional wire feeding trolley system.
Because operators were already familiar with this production method, the customer preferred to keep the same wire loading workflow in order to reduce wire preparation time and improve production efficiency.
Customer Requested Manual Push Wire Feeding System
Unlike standard fence mesh welding machines that use a wire feeding trolley system, the Brazilian customer requested a customized manual push wire feeding structure for longitudinal wires.
According to the customer, the traditional wire feeding trolley required additional loading preparation time before production. Local workers were more accustomed to manually pushing pre-arranged longitudinal wires directly into the welding area.
The customer believed this production method would:
- Reduce wire loading time
- Improve production rhythm
- Match existing factory operating habits
- Simplify worker operation
- Increase overall production efficiency
Because this feeding method is commonly used in some Brazilian fence production factories, the customer specifically asked DAPU whether a customized solution could be developed.
DAPU Engineers Developed a Customized Push Feeding Solution
After reviewing the customer’s production workflow and operating habits, DAPU engineers designed and developed a customized manual push wire feeding system specially for this project.
The customized production line included:
GT3-6 wire straightening and cutting machine
Manual push longitudinal wire feeding system
Automatic cross wire feeding system
Pneumatic resistance welding system
Servo mesh pulling system
Automatic fence mesh bending machine
Compared with the traditional feeding trolley structure, the manual push feeding system allows workers to prepare longitudinal wires more quickly before welding begins.
The customized feeding structure also reduced the waiting time between production cycles during continuous fence panel manufacturing.
Because the solution was developed according to the customer’s actual production habits, the Brazilian customer showed strong interest in the customized machine design.
Customer Visited DAPU Factory To Inspect Customized Machine
After reviewing the machine proposal and production solution, the Brazilian customer traveled to China to visit the DAPU factory.
One of the customer’s main goals was to inspect the customized push feeding system in person and confirm whether the machine could operate smoothly under continuous production conditions.
Before the customer arrived, DAPU engineers prepared raw materials and arranged a machine demonstration inside the factory workshop.
During the testing process, the customer carefully observed:
- Manual push wire feeding operation
- Cross wire positioning process
- Pneumatic welding stability
- Servo mesh pulling accuracy
- Finished 3D fence panel quality
The customer spent considerable time discussing production details with DAPU engineers and comparing the customized feeding system with the traditional trolley feeding structure used in other fence welding machines.
Customized Feeding Method Improved Production Efficiency
During the machine testing process, the customer noticed that the manual push feeding structure reduced the preparation time between welding cycles compared with the traditional feeding trolley method.
Because workers could directly organize and push the longitudinal wires into position manually, wire loading became faster and simpler during continuous production.
For factories producing large quantities of 3D security fence panels, reducing feeding preparation time can help improve overall production efficiency during long production shifts.
The customer also checked the finished fence panels carefully and measured mesh spacing consistency and welding quality directly inside the workshop.
Brazilian Customer Confirmed Fence Welding Machine Order
After completing the factory inspection and machine testing, the customer expressed satisfaction with both the customized feeding system and the overall machine performance.
The customer was especially interested in:
- Customized push feeding structure
- Stable pneumatic welding performance
- Mesh spacing accuracy
- Continuous production capability
- Fence panel production efficiency
Because the customized solution closely matched the customer’s production habits and factory workflow, the customer decided to move forward with the project and placed an order for the 3D fence mesh welding production line shortly after the factory visit.
Customized Fence Mesh Welding Machines For Different Production Habits
Different fence production factories often have different operating methods depending on local labor conditions, worker habits, and production requirements.
For some customers, standard automatic feeding systems are preferred, while others require customized production structures based on existing factory workflows.
DAPU continues to provide customized fence mesh welding machine solutions for customers involved in:
- 3D fence panel production
- Security fence manufacturing
- Infrastructure fencing
- Industrial perimeter fencing
- Welded wire fence production
Customized machine structures help customers improve production efficiency while maintaining familiar operating methods for local workers and factory management.
