2kW Rope Coiling Machine

Product Details

2kW Rope Coiling Machine is a fully automatic mild steel system engineered for rope coiling in rope-making operations. It is a tool that coils rope automatically for industrial operations. For power the system uses 220 V at 50 Hz and requires 2 kW of energy. As it operates it processes a mass of up to 900 kg of rope every hour. With a strong frame and parts that move in specific patterns, the machine forms packages that look the same every time. Due to the way the machine layers the rope, the material does not tangle plus workers do not have to fix errors later. If the machine runs, automated controls manage how much the rope pulls and how the parts move sideways. By using those controls, the machine produces the same results many times and requires little help from a person. And because of this automation, a person can change the settings or prepare the machine quickly. There is a small amount of floor space required for the unit but also it is easy for a person to reach the parts for repairs. To fit the machine into current factories is simple because of the features. Durable parts and a drive system that is balanced are used to keep the machine running without stopping. In this way the machine works for long periods in a factory. It is built to use space well and to work without wasting time or energy. On a regular basis, the unit coils rope in a way that remains steady for large production tasks.

• Applications: Rope manufacturing, bobbin winding, monofilament processing, extrusion lines
• Why Choose This Product: Supports rope or winding production with practical design and dependable operation.

Company Details

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Company video

Aawadkrupa Plastomech Private Limited produces machinery for plastic processing from its base in Bhavnagar, Gujarat. To serve different needs, the catalog includes Extrusion Plants, PET Strap Making Machines, Tape Stretching Lines, Ring Winding Machines & Plastic Extrusion Machines - those machines are made with modern electronic parts and metal components so that they last a long time and use less electricity. Due to their design for constant use in factories, the units operate consistently but also do not require frequent repairs.