DEK-1800 3D Robot Fiber Laser Cutting Machine

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Home » DEK-1800 3D Robot Fiber Laser Cutting Machine

What is 3D Robot Fiber Laser Cutting Machine?

3D Robot Fiber Laser Cutting Machine is a new generation of fiber laser cutting machine, which combines the advantages of fiber laser and robot. The machine can be used for cutting steel plates, stainless steel plates, aluminium plates, etc. You can get better quality products using the 3D Robot Fiber Cutting Machine.
The arm length of the machine can reach 5.9’*10.4′. The cutting head has a high-precision follow-up system to ensure that the nozzle is consistent with the cutting height. It can cut multi-angle and multi-directional sheet metal with different thicknesses.
It can organize a certain number of cutting units to form an automated production line to meet the production needs of the medium batches.

Machine Feature

1.Multi-Projection Technology: The 3D robot uses a 3D scanner to build a model of the material, and then it calculates the cutting path according to the contour information of the model.
2.Fiber Laser Cutting System: It is equipped with a high-power fiber laser tube, which can produce a high-quality cutting effect on metal plates and other materials with thicknesses up to 50mm (1.97″).
3.Rotating Camera System: It can automatically detect the position of the material being processed and adjust the mirror angle accordingly in order to ensure that the best cutting results are obtained.
4. Multi-axis Automatic Control System: The machine’s control system uses PLCs and servo motors, allowing it to automatically perform complex positioning tasks for different parts when cutting them out from sheets or bars of metal or other materials; this ensures that each part is cut out in accordance with its own specifications so that no manual intervention is required during processing.

FANUC robot arms and FANUC operating system

It uses the FANUC robot arms and FANUC operating system M-20iA imported from Japan, making it convenient.
Intelligent hand controller available, embedded process database, easy operation, reduce the excessive reliance on skilled operators.

6 AXIS ROBOT ARM

The machine can cut non-standard shape material. It can be a six-axis feed and can cut from 360 degrees. Moreover, some non-standard materials, such as some with fixed geometry and angle, can also be cut by it.

Large Processing Area

Large Processing Area. The maximum working radius of the six-axis is 2010mm.

DEK-1800 3D Fiber Robot Arm Laser Cutting Machine Solutions

#1.Pain Points of Conventional laser cutting machine

The conventional laser cutting machine uses a computer to control its movement, which ensures that the position and size are accurate when cutting. The working area is only 300 x 300mm, which cannot meet the needs of large-scale production.

#2. Advantages of 3D Fiber Robot Arm Laser Cutting Machine

1. 3D Fiber robot arm laser cutting machine can cut all kinds of materials, such as metal, plastic, glass, etc. The material thickness is 0.3mm-3mm. The maximum cutting size is 2m×2m.
2. The 3D Fiber robot arm laser cutting machine is more efficient than a conventional laser cutting machine because it does not need human intervention during the whole process of cutting and welding, which significantly reduces the cost of labour and maintenance.
3. The precision of the 3D Fiber robot arm laser cutting machine is higher than that of the conventional laser cutting machine because it uses a high-precision positioning device to control the movement of the laser head during processing to ensure that the position is accurate within 0.01mm or less.

#3.Application

The 3D fiber laser cutting machine has a wide range of applications:
1.CNC cutting of aluminium alloy plates: CNC cutting of aluminium alloy plates is mainly used for the processing of plate-shaped materials such as aluminium alloy plates, magnesium alloy plates and other non-ferrous metal plates;
2. Metal parts processing: mainly used for the processing of metal parts such as steel pipe and stainless steel sheet;
3. Material processing: mainly used for cutting material sheets;
4. Stamping parts processing: mainly used for stamping parts, including plastic moulding mold making;
5. Plastic injection moulding part machining: mainly used for plastic part machining;
6. Electronic parts processing: mainly used for electronic parts processing (such as PCB cutting);