Carbon Extrusion Press

Precision Extrusion Technology for Advanced Carbon Profiles

Our Fully Automated Carbon Extrusion Press represents the pinnacle of industrial engineering, specifically designed to meet the rigorous demands of global carbon manufacturing. By integrating high-torque servo-control technology with advanced automation, this system delivers unmatched precision in drawing diverse carbon profiles through interchangeable die systems.

Core Features & Technical Superiority

Advanced Servo-Controlled Drive:

Experience ultimate control over extrusion speeds and pressure gradients with our state-of-the-art servo system, ensuring consistent density and structural integrity across every profile.

Scalable Tonnage:

Whether your facility requires a compact 100-ton solution or a heavy-duty 1200-ton powerhouse, our frames are designed to maintain structural integrity at any scale.

Full Process Automation:

From material feeding via the integrated hopper to final profile drawing, the entire cycle is fully automated to maximize throughput and minimize human error.

Versatile Die Compatibility:

Engineered to accommodate a wide range of die sizes and geometries, allowing for the seamless production of complex carbon rods, tubes, and custom industrial profiles.

Intelligent HMI & PLC Integration:

Features a high-resolution touchscreen interface for real-time monitoring, recipe management, and precise parameter adjustments.

Heavy-Duty Horizontal Architecture:

The robust, low-vibration frame is built for 24/7 industrial operations, ensuring long-term alignment and minimal maintenance.

Operational Highlights

Precision Drawing: Optimized for creating high-uniformity carbon products through refined die-drawing techniques.
Energy Efficiency: Servo technology significantly reduces energy consumption compared to traditional hydraulic systems by providing power only when required during the extrusion cycle.
Safety Excellence: Fully compliant with international safety standards, featuring emergency stops, integrated sensors, and protective guarding.