YAG Stainless Steel Laser Cutting Machine HECY3015C manufacturer from China Wuhan HE Laser Engineering Co., Ltd.

YAG Stainless Steel Laser Cutting Machine

Place of Origin:

Zhejiang, China (Mainland)


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Product Detail

Model No.: HECY3015C

YAG Stainless Steel Laser Cutting Machine

Different ty

YAG Stainless Steel Laser Cutting Machine

Different types of cnc laser cutting machine's process

The could cut different types o materials, based on the type of material to be cut, cnc laser cutting machine can be performed in the following ways:

1. Fusion cutting
In this process of laser cutting machine, high-pressure gas is used to blow away the material from the area on the sheet metal that needs to be cut. The material that needs to be cut is first heated to a very high temperature and then a jet of high-pressure gas is then allowed to hit the material at a pre-defined spot. This type of Laser cutting is usually used to cut metals of different types. One main advantage of using this laser cutting process is to minimize the power that is being used in the process.

2. Vaporization cutting
In this Laser metal cutting process, a high-energy beam is allowed to fall on the material. Due to this, material gets heated and reaches its boiling point. At this stage, key holes are created on the surface of the material at the desired spot. As the high energy beam continues to fall on the key hole, the walls of the key hole are vaporized and the hole becomes gradually enlarged. This type of cutting is usually used to cut materials made out of wood, thermo plastics and carbon material.

3. Thermal stress cracking
This method is usually employed in cutting glass and other brittle materials. When a high-energy beam falls on the brittle material, it expands due to the heat generated and eventually cracks.

4. Reactive cutting
This type of cnc laser cutting machine is usually used to cut harder materials that are over 1mm thick such as carbon steel. This cnc laser cutting machine is very much similar to Oxygen torch cutting with the only difference being the laser beam is used as an ignition source.

HE YAG laser cutter advantages

HE laser Yag metal laser cutting machine adopts high power solid laser technology, which has powerful function and high compatibility CNC software, and superior performance CNC power system, which has following advantages:

1. Adopt advanced Russian solid laser core technology, good optical model, stable performance.

2. High efficiency of photoelectric conversion, which is twice that of demestic laser source.

3. Little heat of laser source, only need 5P water-cooling machine, saving electricity.

4. Gantry flying light path design, light operation, which can save about 40% electricity more than laser lines.

5. Achieve a perfect cutting effect by only blowing compressed air during processing, which can largely reduce costs of auxiliary gas such as Oxygen,Nitrogen about tens thousands RMB.

6. Equiped with automatic fuel loading system, which make the machine tool running more stable.

Technical Parameter

Model	HECY3015C-500W \| HECY3015C-750W
Medium of Laser	Nd: YAG
Cutting Area(mm)(length×width)	3000mm×1500mm
Max Cutting Speed(m/min)	8m/min
Cooling Way	water cooling
Cutting condition	Compressed air blowing
Pulse repeted Frequence	0-300Hz
Min line Width	0.12mm	0.15mm
Cutting Depth	0.2mm---6mm (500W)	0.2mm-8mm(750W)
Laser Wavelength	1064nm
Working Power	380V/50Hz/50A	380V/50Hz/60A
Continuous Working Time	24 hours
Weight	About 3000kg
Dimention(mm) (Length×Width×Height)	427024801400mm
Application	steel, aluminium,copper,sliver cutting

The materials range of fiber laser machine:

It is mainly used for cutting stainless steel, carbon steel, silicon steel, aluminum alloy, titanium alloy, copper, galvanized plate, galvanized plate, pickling plate, and other metal materials

The application of high power fiber laser cutting machine

Used in sheet metal, kitchenware, elevators, lighting, electronic, electrical, advertising, automotive, subway accessories, precision parts, process gifts, decoration, textile machinery, food machinery, engineering machinery, ships, tools, metallurgical equipment, aviation, aerospace and other manufacturing industries.