Designed to perform drilling, milling, sawing, and end milling operations for aluminum profiles, the S100 series streamlines production, boosts capacity, and minimizes labor costs through full automation.
Laser Equipped Milling, Drilling, Sawing and End Milling Machining Center for Aluminium Curtain Wall
A high-performance cutting and milling center for large aluminum and light alloy profiles of curtain wall, designed for milling, drilling, and cutting heads and ends
Our Facade & Unitized Curtain Wall Production Line is engineered to deliver high-precision, high-speed, and fully automated manufacturing solutions for modern architectural façades. Designed around intelligent machining centers and synchronized automation technologies, the production line integrates cutting, milling, drilling, sawing, laser processing, labeling, and automatic feeding. Whether manufacturing stick curtain wall systems, semi-unitized systems, or high-performance unitized curtain wall modules, this advanced solution provides unmatched productivity and consistent machining accuracy. For manufacturers seeking a competitive edge, a smart and efficient Curtain Wall Machine is essential to achieve industry-leading output and quality.
A modern curtain wall machine must provide precision, automation, compatibility with multiple façade systems, and the flexibility to handle increasingly complex profile geometries. Our machinery is optimized to support:
These capabilities ensure that every facade profile meets strict tolerance requirements while maintaining fast cycle times—key elements for large commercial and high-rise building projects.
We offer a fully scalable solution consisting of three core machines, each designed for different profile sizes, automation levels, and production needs. By combining these systems, manufacturers gain a complete workflow that covers the entire façade fabrication process.
The S100 is a versatile all-in-one solution ideal for fabricators aiming to upgrade productivity while maintaining flexibility. As a compact yet powerful curtain wall machine, the S100 supports drilling, milling, sawing, and end milling operations in a single automated workflow.
The Ultra X260-E represents a major advancement in façade production technology. It integrates laser drilling, laser marking, multi-side milling, multi-axis sawing, and intelligent CNC control. Ideal for manufacturers who need a fast, precise, and stable Curtain Wall Production Line.
The Ultra X380 is designed for large curtain wall profiles and represents the top tier of heavy-duty façade machining centers. With powerful spindles, a wide processing range, and a fully synchronized 5-axis system, it is the ultimate Curtain Wall Machine for large-scale high-rise façade projects.
The production line is widely adopted in:
Fully automated machining of aluminum profiles for unitized curtain wall systems, supporting large modules, multi-angle cutting, and precise joint milling.
High-efficiency sawing, drilling, and milling for stick and semi-unitized curtain wall profiles, optimized for fast installation and consistent quality.
Precision machining of façade aluminum frames used in commercial towers, public buildings, airports, and modern architectural glazing systems.
Designed for oversized façade profiles up to 380mm width, enabling heavy-duty milling, multi-axis sawing, and complex connection geometry machining.
Reliable CNC production for high-rise building envelopes requiring excellent consistency, precise tolerances, and high structural performance.
Flexible machining capabilities for bespoke façade components, special panel connections, prototype development, and project-specific aluminum systems.
With advanced CNC processing, laser technology, magnetic levitation feeding, and full automation, our Curtain Wall Production Line helps manufacturers build a truly modern and efficient façade production facility. Whether you need a single machining center or a fully automated line, we offer flexible configurations tailored to your factory space, production volume, and curtain wall system requirements.
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