Products

Heavy-Duty Curtain Wall Aluminum Machinery For Architectural Curtain Wall Profile Processing

View as  
 
High-Precision Heavy Duty Curtain Wall Notching Saw

High-Precision Heavy Duty Curtain Wall Notching Saw

Designed for precision and efficiency, our Heavy Duty Curtain Wall Notching Saw​ features a rigid structure, pneumatic clamping system, and CNC-controlled cutting head. It supports multi-angle notching with a depth of up to [XX]mm and maintains an accuracy of ±0.1mm. Compatible with various aluminum extrusion profiles, it minimizes material waste and maximizes throughput. CE certified and backed by comprehensive technical support, this machine is a reliable asset for any modern facade manufacturing facility."
CNC Heavy Duty Curtain Wall Notting Saw

CNC Heavy Duty Curtain Wall Notting Saw

Heavy Duty Curtain Wall Notching Saw is a professional heavy-duty cutting machine engineered exclusively for aluminum curtain wall, skylight, and facade profile end notching, angle cutting, and joint processing. It adopts a dual-saw-blade synchronous cutting design, integrating ±45° arbitrary angle cutting, end notching, and groove milling in one machine. With a heavy-duty cast iron body and high-precision linear guide motion system, it delivers stable performance and high efficiency for mass production of mullions, transoms, and connection brackets in unitized and stick curtain walls.Our Lebulang Brand is China Manufacturer.
5-Axis CNC Window & Door Profile Cutting Saw

5-Axis CNC Window & Door Profile Cutting Saw

Upgrade your production with our 5-Axis CNC Compound Mitre Saw. Featuring full servo automation and ±0.1mm precision, it handles complex angles for aluminum, UPVC, and composite profiles with ease. Maximize efficiency and cut quality for curtain wall and window fabrication.
Industrial-Grade 5-Axis CNC Compound Mitre Saw

Industrial-Grade 5-Axis CNC Compound Mitre Saw

This 5-Axis CNC Compound Mitre Saw​ redefines precision in profile fabrication, offering complete servo-driven control​ over mitre, bevel, and compound angle cuts. Engineered for high-end curtain wall, aluminum, and UPVC window manufacturing, it automates complex cutting sequences with ±0.1mm accuracy. The intelligent CNC interface and robust pneumatic clamping system ensure burr-free finishes, zero material waste, and maximum throughput. Designed for industries demanding flawless joints and repeatable accuracy, this machine is the ultimate solution for modern architectural metalworking.
Ultra-Precision 5-Axis CNC Mitre Cutting Machine

Ultra-Precision 5-Axis CNC Mitre Cutting Machine

This 5-Axis CNC Compound Mitre Saw​ delivers high-precision compound angle cutting for aluminum and UPVC profiles. With CNC servo control and automatic positioning, it ensures ±0.1mm accuracy, smooth cuts, and higher productivity for window, door, and curtain wall production.
High-Precision 5-Axis CNC Compound Mitre Saw

High-Precision 5-Axis CNC Compound Mitre Saw

This 5-Axis CNC Compound Mitre Saw​ is a high-precision cutting solution engineered for complex angle machining of aluminum, UPVC, and composite profiles. Designed for curtain wall, window, and door fabrication, it combines CNC servo-driven control​ with a rigid industrial structure to deliver accurate mitre and bevel cuts​ in a single operation. The advanced 5-axis system allows automatic positioning of the saw head and profile clamping, ensuring consistent ±0.1mm cutting accuracy and smooth, burr-free surfaces. With its intelligent control interface, high-speed cutting capability, and robust pneumatic clamping system, this machine significantly improves production efficiency while reducing manual adjustment and material waste—making it the ideal choice for high-end window, door, and facade manufacturers.
Lebulang Machine is a professional Curtain Wall Aluminum Machinery manufacturer and supplier in China. We have an experienced sales team, professional technicians, and an after-sales service team.
X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy
RejectAccept