Market Background
In Iran’s metal fabrication sector, industries such as construction, electrical enclosures, and machinery manufacturing rely heavily on large-format sheet metal processing. Many workshops face challenges when handling full-size metal sheets, including limited working area, frequent repositioning, and production interruptions during material loading. These constraints directly affect delivery timelines and overall production efficiency, especially for projects involving 6-meter class metal sheets.
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Customer Profile and Application Scenario
The customer is a medium-sized sheet metal fabrication company based in Iran, mainly producing:
* Electrical cabinets and enclosures
* Structural metal components for construction
* Customized industrial parts
Their typical workflow involves processing full-size metal sheets (up to 6000×2500mm), with a focus on maintaining consistent cutting quality while handling batch orders. The previous setup required multiple repositioning steps, which increased manual intervention and reduced overall throughput.
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Our Solution
To address these challenges, a 6025FB fiber laser cutting machine with exchange table was implemented, configured as follows:
* Working area: 6000 × 2500 mm (full sheet processing capability)
* Laser power: 3000W (suitable for medium-thickness metal cutting)
* Structure: Open type with dual exchange table (continuous operation)
* Control system: Bochu system (stable CNC control)
* Cutting head: BOCI 310 (auto-focus for different materials)
* Servo motor: Inovance (reliable motion control)
* Chiller: TEYU (S&A) (temperature stability for laser source)
* Laser source: Raycus / MAX (configurable)
The exchange table design allows loading and unloading to take place simultaneously with cutting, reducing idle time between operations.
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Performance and Technical Validation
After installation, the machine was integrated into the customer’s existing workflow. Several key technical aspects contributed to stable performance:
* The 6000×2500mm working area enabled direct processing of full sheets, eliminating repositioning errors
* The exchange table structure ensured continuous production by separating cutting and loading processes
* The 3000W laser power provided sufficient capacity for common sheet metal applications
* The combination of Bochu control system and Inovance servo motors maintained consistent motion accuracy during long operating cycles
* The TEYU chiller system supported stable thermal management under local environmental conditions
These factors together ensured that the machine could operate reliably under typical industrial conditions in Iran.
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Customer Feedback
According to the customer, the new setup improved workflow organization and reduced manual intervention during production. The ability to process full-size sheets in a single operation simplified job planning, while the exchange table reduced waiting time between batches.
They also noted that the machine maintained stable cutting performance during extended working hours, especially in handling repetitive orders for cabinet and structural components.
This project demonstrates how a 6025FB fiber laser cutting machine can address common production bottlenecks in sheet metal fabrication. By combining a 6000×2500mm large working area, 3000W laser power, and an exchange table structure, the system supports continuous operation and efficient handling of large-format materials.
For manufacturers in markets like Iran, where large sheet processing and production continuity are critical, such configurations provide a practical balance between capacity, stability, and workflow efficiency.
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