Double Head Front Blade Saw Ø 550 mm: Full Automation with 3-Axis Servo Control
In modern profile processing, precision, speed, and automation are essential. The Double Head Front Blade Saw Ø 550 mm with 3-axis servo control delivers all of these features, making it an ideal solution for high-volume aluminum and PVC profile production.
Advanced Dual-Head Design
The double head configuration allows simultaneous cutting of two profiles, reducing cycle time and increasing throughput. Both saw heads operate independently, offering high flexibility for angled cuts, complex profiles, and batch processing.
The 3-axis servo system ensures precise positioning, smooth motion, and consistent cutting quality, making it suitable for demanding industrial applications.
Key Features and Advantages
Ø 550 mm Front Blades:
High-performance blades provide clean, accurate cuts for various profile sizes.Dual Head Operation:
Enables simultaneous cutting of two profiles, reducing production time.3-Axis Servo Control:
Ensures smooth, precise, and programmable movement for consistent quality.Full Automation:
Automatic profile loading, positioning, cutting, and unloading minimize manual labor.User-Friendly CNC Interface:
Intuitive programming allows quick setup, adjustments, and monitoring.Robust and Durable Construction:
Heavy-duty frame reduces vibration and ensures long-term stability and precision.
Applications
The Double Head Front Blade Saw Ø 550 mm is widely used in:
Aluminum and PVC window and door profile manufacturing
Curtain wall frame production
Architectural and industrial profile fabrication
High-volume custom profile cutting
With its fully automated dual-head system, this machine increases productivity, reduces errors, and maintains consistent quality, making it a reliable choice for modern fabrication facilities.
Why Choose This Machine?
Combining dual-head precision, full automation, and 3-axis servo control, this saw is designed to maximize efficiency, accuracy, and flexibility. It not only speeds up production but also minimizes labor costs and material waste, making it an essential investment for manufacturers aiming to enhance quality and output in profile processing.