Among the methods of metal processing known today «smart» the manufacturer chooses maximum functionality and reliability with the lowest possible financial investment. Modern innovative technologies offer highly efficient equipment for metal cutting. For example, metal cutting equipment.
Equipment for metal cutting is optimally selected based on a specific technological task. An important factor influencing the choice of equipment is the proposed range of processed metals. Whether it will be ferrous metals, or non-ferrous, alloy steel, or there will be a need to process non-metallic materials.
Among the methods of metal processing known today «smart» the manufacturer chooses maximum functionality and reliability with the lowest possible financial investment. Modern innovative technologies offer highly efficient equipment for metal cutting. For example, metal cutting equipment.Equipment for metal cutting is optimally selected based on a specific technological task. An important factor influencing the choice of equipment is the proposed range of processed metals. Whether it will be ferrous metals, or non-ferrous, alloy steel, or there will be a need to process non-metallic materials.
No less important is the question regarding the planned thickness of the processed material, which may already narrow the range of available equipment for metal cutting. The customer must also determine the quality of the cut, the need for post-processing of parts, the economy of the proposed choice of cutting.
Types of innovative metal cutting equipment.
Autogenous cutting.
To separate very «serious» sheets (up to 500 mm) out of competition autogenous (gas) cutting. Only such a method is unacceptable for quality cutting thin metal, since due to strong heating, thermal deformation of the material occurs, requiring further post-processing of the workpieces. In addition, strong heating of the metal in the cutting zone leads to its compaction after cooling.
Plasma cutting.
The plasma cutting method was developed in the 60s, and today it is widely used for cutting structural steels, high alloy steel, cast iron, aluminum, copper and other materials. This method is the most functional and universal in terms of metal separation. Plasma cutting is characterized by a significantly smaller heating zone, which already eliminates the risk of workpiece deformation, high accuracy and up to 10 times faster cutting speeds. Plasma installations are most effective when cutting metal in the range of 5-30cm. And to obtain high precision manufacturing of parts, they are mounted on coordinate CNC machines.
Laser cutting.
A particularly high-precision method for the separation of metallic (and non-metallic materials) is the use of laser cutting. The use of laser metal cutting equipment is optimal for separating sheets up to 5 mm thick. High cutting speed, cut tolerances ± 0.5 mm. A very small area of heat exposure does not cause thermal deformation of the metal, arbitrary thin forms of cutting, due to the very small width of the cut. Laser cutting equipment for metals is not applicable to light-reflecting metals (copper, aluminum …) and heavily soiled (rust, etc.).
Waterjet cutting.
In terms of the quality of the result, waterjet cutting equipment is competitive with laser metal cutting equipment, but its capabilities are much wider. However, like the price of equipment.
