In the construction industry, reinforced concrete is the main material used as the structure of a strong and durable building. Reinforcing bars, also known as rebar, serve as the tensile stress-bearing component after the concrete has cracked.
This is due to the nature of concrete which has a very high compressive strength. However, its tensile capacity is relatively low. When a concrete structure is subjected to a tensile load, the stress is transferred to the reinforcing bars. Through the bond between the rebar and the concrete, thus preventing structural failure.
Rebar bending machines, which are essential for forming rebar according to structural design. However, reliance on conventional machines is often inefficient. Especially in handling variations in rebar diameter, thereby increasing production costs and time.
To overcome this challenge, a design is needed bending machine reinforcing steel with adjustable support. The machine is designed using appropriate power sources, such as electric or hydraulic motors, to ensure energy efficiency and ease of operation.
This kind of design allows bending of rebar with various diameters and angles. This reduces material waste and increases productivity at the construction site.
Block Design Rotatable Support Block.
The rotatable support block design is similar to that found on commercial machines. Where the rotatable block provides multiple cutting edges or supports to maximize wear life and adaptability.
