Fiber lasers
Fiber laser machine enables the production of complex-shaped metal parts. During machining, the workpiece is subjected to minimal deformations and temperature effects. The finished part has clean edges without burrs or flashing, and production waste is practically nonexistent, ensuring more economical material usage. Fiber laser enables processing of carbon steel, stainless steel and other alloy steels, as well as galvanized metals, aluminum, and titanium alloys.
CO2 lasers
CNC machines for CO2 laser engraving and cutting are currently widely required in almost every production process. The use of this type of machine enables the processing of delicate materials such as ceramics, glass, and plexiglass. During laser engraving, the material is not subjected to mechanical impacts. The thermal effect on the material is localized, so it does not disturb the whole and does not distort the appearance of the produced product.
Plasma cutters
CNC plasma cutters use an electric arc to ionize air and melt the material at the arc impact point. Since this process uses an electric arc, it applies exclusively to electrically conductive materials such as metals and conductive alloys. It is a hot cutting process that occurs by melting the material. As a result, visible heat-affected zones remain at the cut location.
High-definition plasma cutters
The plasma cutting process is known for its simplicity and ability to cut virtually any metal. During high-resolution plasma cutting, the plasma arc passes through a smaller nozzle orifice, fully utilizing the physics of high temperatures. This results in cleaner and smoother cut edges than conventional air plasma cutting, while maintaining acceptable torch life.
Waterjet machines
CNC waterjet machines use a very thin water jet with abrasive material to cut any material.
This is one of the most versatile cutting methods due to the ability to work with every type
of material. Higher-axis waterjet machines are also capable of 3D cutting. Additionally, the thickness of material suitable for waterjet cutting is quite high. Waterjet cutting is a slower cutting process than other alternatives. Speed is particularly reduced during processing
of corners and curved cuts.
This is one of the most versatile cutting methods due to the ability to work with every type
of material. Higher-axis waterjet machines are also capable of 3D cutting. Additionally, the thickness of material suitable for waterjet cutting is quite high. Waterjet cutting is a slower cutting process than other alternatives. Speed is particularly reduced during processing
of corners and curved cuts.
Oxygen gas cutting machines
Oxygen gas cutting machines direct a stream of pure oxygen onto metal heated to red-hot temperature to perform the cut. This technology can be applied only to certain types of steel, but its advantage is the ability to cut sheets up to 400 mm thick. It is a relatively slow process, but we have machines that combine several oxygen torches operating in parallel to increase efficiency.
Milling machines
CNC milling machines use cutting tools to remove material from the workpiece and shape it precisely according to the desired specifications. The workpiece is usually fixed in place, and
the high-speed rotating cutting tool removes material from it layer by layer.
the high-speed rotating cutting tool removes material from it layer by layer.
CNC milling machines can be equipped with a wide range of cutting tools, each with a different shape: cylindrical end mills, reamers, cylindrical face mills, thread mills, drills, and others. These machines can have a vertical or horizontal construction.
Lathes
CNC lathes rotate the workpiece material around the central axis. The cutting tool is then fed into the workpiece to remove material and shape it into the desired product.
CNC lathes are used for various processes such as cutting, grinding, welding, drilling, turning, knurling, etc. In CNC turning, a non-rotating cutting tool moves linearly across the rotating workpiece, creating a spiral cutting path.