



| Model | Wire Dia | Rotor Speed (Rpm) (Max) | Bobbin Size | Driven Motors ( Kw) |
| SMEPL/ARM/48 | 1-5 mm | 150/130 | 450/500/560/630 | 50 |
| SMEPL/ARM/54 | 1-5 mm | 130/110 | 450/500/560/630 | 60 |
| SMEPL/ARM/72 | 1-5 mm | 100/80 | 450/500/560/630 | 100 |
| SMEPL/ARM/96 | 1-5 mm | 80/60 | 450/500/560/630 | 150 |

An Armouring Machine is specialized cable manufacturing equipment used to apply a protective layer of metallic armour around insulated or sheathed cables. The armour helps provide mechanical protection and is commonly used in power and industrial cable applications.
Depending on the machine configuration, armouring equipment can be designed for different metallic armour materials and constructions, including steel wire, galvanized steel wire, and other suitable armour materials.
An Armouring Machine is used to apply metallic wires or strips around a cable core in a controlled and uniform manner. The machine configuration depends on the type of armour, cable construction, required diameter, and production specifications.
Armouring machines can be used for suitable power cables, control cables, industrial cables, and other cable constructions that require mechanical protection. The appropriate machine depends on the cable design and armour specifications.
A cable armouring machine can provide consistent armour application, controlled tension, uniform cable formation, reliable production, and efficient handling of armour wires or strips.
Yes. As a cable armouring machine manufacturer, we can customize machine configuration according to cable diameter, armour type, number of wires, lay length, production speed, take-up requirements, and plant layout.
Important factors include cable diameter, armour material, armour wire or strip size, number of armour elements, required lay length, production speed, take-up size, cable construction, and automation requirements.
Production capacity depends on the machine model, cable diameter, armour material, number and size of armour wires, lay length, line speed, and operating conditions. The machine can be configured according to the required production output.
