Extruder workflow description

Extrusion machines are used in the production of steel pipes, profiled steels, plates and synthetic foils. During application, each synthetic material particle is continuously sent to a rotating screw conveyor which is fixed in a heated metal bucket. The resulting frictional heat and external heat cause the synthetic material particles to melt, and the rotating conveyor spreads these melts apart and at the same time feeds them into a plastic nozzle already fitted with the desired product profile. In this way, the melt of the synthetic material can be molded into various shapes such as window-type steel, precision needles, steel pipes, and the like. Complex and precise calibration cooling processes will also be completed one by one.

In most cases, the final process of extrusion is molding extrusion. As the name implies, it is the extrusion of the molded product from the extruder. If multiple extruders are combined, people can use one process to complete high-precision, multi-level extrusions of different synthetic materials, such as automotive petrol tubes. For safety reasons, the internal walls of gasoline pipelines are usually Four or more layers of material.

All the processes of a complete set of equipment will be under the unified control of the equipment and will be visible in the central control area. The different sized system solutions offered can satisfy all kinds of extrusion program features. In general, fine-tuning can be done on the spot using the simple data-combining steps on the spot, without the need for time-consuming software modifications.