Here are some key features and aspects of an automatic stirrup bending machine:

Bending Capacity
The machine is designed to handle various sizes and types of reinforcing steel bars or wires commonly used for stirrups. The bending capacity typically includes a range of diameters, such as 4mm to 12mm or 8mm to 16mm.

Automated Operation
The machine is fully automated, which means it can perform bending operations without manual intervention. It is equipped with motors, gears, and computerized controls to precisely bend and shape the steel bars or wires according to programmed specifications.

Programmability
Automatic stirrup bending machines have computerized controls that allow operators to program the desired stirrup shapes and dimensions. The machine can store multiple bending programs, enabling quick and easy setup for different stirrup designs.

High-Speed Production
Automatic stirrup bending machines have a high production speed, capable of bending and forming multiple stirrups per minute. This significantly increases productivity and reduces labor requirements compared to manual bending methods.

Precision and Accuracy
The machine’s computerized controls ensure precise and accurate bending of the steel bars or wires, resulting in consistent and uniform stirrups. This helps maintain the structural integrity and quality of reinforced concrete structures.

Versatility
Automatic stirrup bending machines can produce various types of stirrups, including rectangular, square, circular, or custom-shaped stirrups. Some machines may also have additional features to create hooks or other specialized bends.

Safety Features
Safety is an important consideration in the operation of automatic stirrup bending machines. They are equipped with safety guards, emergency stop buttons, and sensors to ensure safe operation and protect operators from accidents.

Material Handling System
Some automatic stirrup bending machines may include a material feeding and handling system to automatically feed the steel bars or wires into the bending mechanism. This improves efficiency and reduces manual handling.