Professional Wire Rod Bender & Circle Making Machine

Professional Wire Rod Bender & Circle Making Machine

As a professional Industry Special Machine, this wire looping equipment is engineered to deliver high-performance and stable operation for industrial wire processing scenarios. Its core features are as follows:

1. Save power: Only one set of three-phase motor is equipped, which effectively reduces power consumption while ensuring sufficient operating power, lowering the overall production cost for users.

2. Smooth and steady: Adopts advanced hydraulic transmission technology, the machine operates smoothly and steadily without obvious vibration, and the speed can be flexibly adjusted according to actual processing needs, which is consistent with the advantages of hydraulic transmission in achieving stepless speed regulation and stable operation.

3. Fast: With direct transmission design and double-gear, double-drive device, the machine boasts strong power and fast processing efficiency, significantly improving production throughput.

4. Good rigidity: Its good rigidity ensures stable structure during long-term high-intensity operation, avoiding deformation and ensuring processing accuracy.

5. Control system: Equipped with select keys for fast feeding, slow feeding, backward, cutting, auto and manual modes, allowing operators to switch flexibly according to different processing requirements and easily switch to Automatic Type operation for efficient batch production.

6. Water cycle system: Equipped with an integrated water cycle system, the machine can directly cool key components during operation, effectively preventing temperature rise caused by long-term work, thus ensuring the looping precision and extending the service life of the equipment.

Applications: Be widely used in looping of copper wire, steel wire, stainless steel wire and Others, this machine integrates energy saving, stability, high efficiency and precision, making it an ideal choice for various wire processing enterprises seeking reliable and efficient looping solutions.