Smart Manufacturing
Automated Processing
Industry’s first automated production line for facade cutting and machining
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Truss handling robotHandling and positioning aluminum profiles at each process stage along the automated production line. -
Automatic sawing robotEnabling automated sawing by inputting the processing program for each aluminum profile. -
CNC machining centerIntegrating automated drilling and milling of aluminum profiles after sawing, with multiple machines working in tandem for automated flow production.
By integrating automated processes such as robotic loading, drilling, milling, and sawing,
Achieve a 70% reduction in labor costs and double production capacity.
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Smart ManufacturingConnecting the whole process of cutting, sawing, and drilling and milling with automated equipment, significantly reducing operations and enablingone-step processing. -
High Machining PrecisionUsing a high-precision laser distance sensor to detect material position in real time and provide feedback to the robot for automatic compensation, ensuring machining accuracy within 0.5mm. -
High Production EfficiencyRequiring only 2–3 operators to process 300 profiles per day Reducing manpower by 80-90%, compared to 30 people on a traditional line.
Automated BIM Import
Achieving the industry's first accurate and batch conversion from BIM models to processing models
Importing 3D machining drawings directly into equipment and automating programming via secondary development of UG and PowerMill, achieving over 90%，quality improvement 95% in BIM 3D automatic programming and industry-leading productivity.
35%
Increasing overall sawing efficiency by
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Automatic Programming01
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Generate Machining Instructions02
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Import Machining Centre03
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CNC Fixture Positioning Inspection04
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Programmatic Machining05
Bending Technology
Bending, twisting, and wringing aluminum profiles in one step
Preventing deformation and spring-back of ultra-long aluminum profiles during hyperbolic bending and twisting processes.
Bending workshop for hyperbolic bending and twisting of ultra-long aluminum profiles up to 6 meters in cross-section, with fully intelligent processing across all operations, improving efficiency by 80% and achieving accuracy within ±1.5 mm.
Bending workshop for hyperbolic bending and twisting of ultra-long aluminum profiles up to 6 meters in cross-section, with fully intelligent processing across all operations, improving efficiency by 80% and achieving accuracy within ±1.5 mm.
Innovations:：7 invention and utility model patents
CNC mass production of bent profiles
Filling industry gaps in equipment and processes
The Only Bending Workshop in China
World-leading aluminum profile and plate bending technologies with the first 70-ton roller bending machine in China, and continuously CNC equipment development.
Overcoming the technical challenges of deformation and spring-back in ultra-long aluminum profiles with BIM models to achieve stretch bending, multi-radius bending, and twisting of large-cavity or irregular-cavity profiles.
Overcoming the technical challenges of deformation and spring-back in ultra-long aluminum profiles with BIM models to achieve stretch bending, multi-radius bending, and twisting of large-cavity or irregular-cavity profiles.
Inspection Technology
Solving inspection challenges for
complex hyperbolic facades
and large finished unit components
6
Invention and Utility Model Patents
Fully Automatic Inspection
It is the industry’s first fully automatic inspection for curtain wall units based on digital twins
The industry's first fully automatic 3D scanner developed in-house
The maximum scanning area is 6 meters by 4 meters.
The scanned model can be imported into a modeling software for a test assembly. Subsequent units can then be adjusted based on the overall effect to ensure the installation accuracy of the double-curved curtain wal.
Fully Automatic Water Tightness Test
We have developed a fully automatic water tightness testing system.
The mechanical structure enables automatic flipping of unit components, distribution of water tanks, and water immersion testing.
It can inspect approximately 300 finished units per day, ensuring quality in a more efficient and safer manner compared to traditional water immersion testing methods that rely on overhead cranes.
The system automatically detects the thickness of each unit and feeds this data back to the program, which then automatically calculates the immersion depth for each unit, maintains the test pressure, and ensures the accuracy of the test results for every unit.
It can inspect approximately 300 finished units per day, ensuring quality in a more efficient and safer manner compared to traditional water immersion testing methods that rely on overhead cranes.
The system automatically detects the thickness of each unit and feeds this data back to the program, which then automatically calculates the immersion depth for each unit, maintains the test pressure, and ensures the accuracy of the test results for every unit.
Procedures
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Automatic conveyance along the guide rails
Transported to the automatic water testing area01 -
Adopting a single component
Tilting frame transport unit02 -
Testing the fork-and-grab unit
Placed in the test tank to observe buoyancy03 -
Integration with RFID barcode systems
Enabling traceability of trial water data04