At DOSING, we are proud to announce a significant advancement in cable manufacturing technology. Our 630 Single Twist Machine represents our commitment to engineering excellence, demonstrating unparalleled capability in processing diverse materials for the most demanding industrial applications.

Technical Breakthroughs in Material Processing

We have engineered our 630Series machine to handle the industry's most challenging material requirements:
• Precision metal processing from ultra-fine 0.05mm² copper wires to heavy-duty 50mm²+ aluminum and steel conductors
• Advanced fiber optic handling with our proprietary tension control system that ensures signal integrity
• Innovative composite material integration including copper-clad aluminum and specialty synthetic fibers

Our Engineering Innovations

The heart of our machine lies in DOSING-developed technologies including our direct-drive system and intelligent tension management. These innovations maintain optimal processing conditions across all material types, ensuring consistent quality and performance in finished cable products.

Meeting Industry Challenges

We designed the 630Series to address evolving needs across multiple sectors:
• Automotive wiring systems requiring precise conductor configuration
• Telecommunications infrastructure demanding flawless fiber optic handling
• Power transmission applications needing robust large-conductor processing
• Specialized industrial applications with unique material requirements

Our Commitment to Excellence

At DOSING, we combine decades of manufacturing expertise with continuous innovation to deliver solutions that help our customers succeed. Our technical team works closely with clients to ensure our equipment meets their specific production challenges while maintaining the highest quality standards.

Technical References:
[1] Tadmor, Z., & Gogos, C. G. (2006). Principles of Polymer Processing (2nd ed.). Wiley-Interscience.
[2] Rauwendaal, C. (2014). Polymer Extrusion: Principles and Practice (5th ed.). Hanser Publishers.