Machining Centers
Ultra X260-E
High-performance laser-equipped machining center for milling, drilling, sawing, and end milling of aluminum curtain wall profiles.
Maximum Profile Width
260 mm
260 mm
Raw Profile Length
600 – 7,000 mm
600 – 7,000 mm
Saw Blade Diameter
600 mm
600 mm
Installed Power
28 kW
28 kW
The Ultra X260-E is a next-generation CNC machining center engineered for the complete processing of aluminum curtain wall and façade profiles. Combining milling, drilling, laser machining, sawing, and end milling within a single automated platform, the machine delivers exceptional productivity, accuracy, and manufacturing flexibility for modern façade production environments.
Designed specifically for stick curtain wall, unitized curtain wall, semi-unitized curtain wall, and aluminum glass façade systems, the Ultra X260-E can process profiles up to 260 mm wide, making it ideal for demanding architectural applications. Its advanced multi-station design enables several machining operations to be performed simultaneously, significantly reducing cycle times and maximizing throughput.
The machine features four powerful servo-assisted electro-spindles, dual laser systems, a 3-axis CNC sawing unit, and a 4-axis CNC end milling module. This combination allows complex profile machining operations to be completed with outstanding precision while minimizing material handling and setup requirements.
An intelligent loading and unloading system, automatic labeling, and seamless ERP integration further enhance production efficiency. Combined with advanced CNC controls and fully enclosed safety protection, the Ultra X260-E delivers a complete smart manufacturing solution for high-volume curtain wall fabrication.
Complete Multi-Process Machining: Performs milling, drilling, laser machining, sawing, and end milling in a single automated production cycle.
Curtain Wall Dedicated Solution: Designed specifically for stick, unitized, and semi-unitized curtain wall systems as well as aluminum fau00e7ade applications.
Magnetic Levitation Feeding System: Automatically feeds up to five profiles at a time for continuous, high-efficiency production.
Four-Spindle CNC Machining: Four servo-assisted electro-spindles machine multiple profile surfaces simultaneously without repositioning.
Dual Laser Technology: Equipped with a 30W marking laser and a 1.5kW drilling laser for high-speed, high-precision processing.
3-Axis CNC Sawing Module: Features a 600 mm saw blade with automatic angle positioning from 40° to 140°.
4-Axis End Milling Unit: Provides accurate profile end processing for complex curtain wall applications.
Automatic Labeling System: Finished profiles are automatically transferred to the unloading area for uninterrupted workflow.
Smart ERP Connectivity: Integrates with ERP systems for real-time production management, material tracking, and order control.
Fully Enclosed Safety Design: Complete sheet-metal enclosure provides effective sound reduction and operator protection.
High-Speed Smart Manufacturing: Simultaneous cutting, milling, and laser operations dramatically improve productivity and reduce processing times.
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Magnetic Levitation Profile Feeding
The automated feeding system utilizes advanced linear drive technology to accurately deliver multiple profiles to the machining area while minimizing handling time.
Simultaneous Four-Spindle Machining
Four independently controlled electro-spindles perform machining operations on multiple profile surfaces at the same time, increasing output and reducing cycle times.
Integrated Laser Processing
Dual laser systems combine profile marking and drilling capabilities, achieving exceptional processing speed and precision without additional setups.
CNC Sawing Technology
The 3-axis sawing system automatically positions the 600 mm blade for precise angular cuts ranging from 40° to 140°.
CNC End Milling Process
The dedicated 4-axis end milling module enables accurate end preparation and specialized profile machining for curtain wall applications.
Automated Production Flow
Automatic loading, machining, labeling, and unloading create a streamlined production process with minimal operator intervention.
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