CMG is a company with extensive experience in the manufacturing of high-speed tubular stranding machines. These machines are widely used in various industries such as the electric cable, wire rope, OPGW, and fiber optic submarine cable industries. CMG offers a range of high-speed tubular stranding machines, including the SRW model.
Key Features of CMG Tubular Stranding Machines:
Optimum Tube Design: CMG machines are designed with optimized tube structures to ensure consistent and reliable performance.
Bull Head Arrangements: The machines feature special bull head arrangements for efficient stranding and closing of strands.
Unitized Tandem Construction: CMG machines are built with a unitized tandem construction, allowing for flexibility and adaptability to changing production requirements.
Encircling Bearings: The use of encircling bearings with centralized lubrication and temperature monitoring ensures smooth operation and longevity of the machine.
Bobbin Drive and Wire Tension Control: Modern bobbin braking and drive systems are employed to maintain constant tension in the wire during stranding.
Variable Lay Lengths: CMG machines offer infinitely variable lay lengths through separate assembly drive technology, allowing for precise control over the stranding process.
Automation Technology: CMG machines are equipped with programmable computerized control systems for fully automatic process control, operation, and monitoring.
Applications of CMG Tubular Stranding Machines:
Stranding of aluminum, copper, steel, and Aldrey wires
Closing of strands made from the above materials
Manufacture of OPGW and fiber optic submarine cables
Stranding of plastic or rubber insulated conductors
Armoring of cables
Machine Components:
Pay-offs and take-ups (stationary and traversing)
Pancake and container pay-offs
Pre-form heads for various production requirements
Manually or electrically adjustable die stands
Haul-offs (double capstan, band type, single capstan)
Accessories and auxiliary equipment such as lubricators and bobbin loading systems
