To a large extent, the transportation of the variety of steel and iron wires is best done when the wire is in coiled loops. In the coiled state, a very long wire occupies a small amount of space on the transport vehicle, making possible to transport a large amount of steel that would not be possible if the wire were in a straightened state.
However, transporting wires in this coiled state gives rise to the need for an efficient straightening mechanism. For this role, the automatic wire straightener and cutter machine (la automática máquina enderezadora y cortadora de alambre) offers the most efficient mechanism of straightening wires (más eficiente mecanismo de enderezado los alambres), and subsequently cutting the wire before the fabrication process.
The Straightening Mechanism Of An Automatic Straightening Machine
The straightening wheels perform the straightening function of an automatic straightener and cutter machine (enderezando la función de una máquina enderezadora y cortadora de automática). There is typically a set of wheels that impose a great deal of pressure on the wire in question. Additionally, there is another set of wheels that holds the wire firmly in place. Moreover, the wheels that produce the straightening pressure also exert the forward-thrust force that yields the forward movement of the wire.
Most automatic straighteners and cutters use a motor (La mayoría de los enderezadores y cortadoras automáticas utilizan un motor) and gear system to produce the necessary force as well as the forward movement of the force to the wire. Thus the force produced and, by extension, the size of wire that the machine can straighten is dependent on the amount of force the machine is designed to produce and transfer by the powered wheels.
In this regard, for a plant that requires straightening wire with a large diameter, it is important to the enterprise manager to choose a machine that is capable of continuously produce the right amount force.
Additionally, one should also consider the number of powered wheels that their prospective machine should have. The rate of straightening wires (in other words the length of wire that the machine can straighten per minute) is directing influenced by the number of powered wheels a straightening machine has. Therefore, for enterprises that require high-speed straightening that is accurate, the plant manager and acquisition managers should keep in mind the influence of the number of powered wheels. If you want this machine, welcome to Ellsen Maquinaria
The Cutting Mechanism Automatic Wire Straightener And Cutter
The cutter part of these machines are usually hydraulically driven. This cutting mechanism is preferred due to the accurate nature of the cut as well as the clean nature of the cut. Typically, the accuracy of the cut is +- one millimeter. Another characteristic of cutters installed in these machines is the capability to store lengths of wire for large scale wire cutting. Therefore, the machine operator does not have to input the lengths of wire required every time.
However, a few elements of the cutters do vary from one machine to the next. One such element is the length of the cut. Some machines are capable of cutting wire spanning anywhere from half a meter long and 15 meters long.
In all, being an automatic machine, the automatic wire straightener and cutter should necessitate the least amount of labor to man the straightening and cutting process (elproceso de endereza y corte). Ideally, high-quality machines only need one person.