3D Robot Fiber Laser Cutting Machine

DEK-1800 3D Robot Fiber Laser Cutting Machine

The reach of the arm length for the 3D robot optical fiber laser cutting machine can be 5.9’*10.4′. The cutter head is equipped with a high-precision tracking system to ensure that the nozzle is always at the same height from the surface being cut. This makes it possible to cut sheet metals from different angles and directions depending on thickness. It can arrange several cutting units in a row to form an automatic production line suitable for medium batch production.

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3D Robot Fiber Laser Cutting Machine for sale

Key Features of Laser Cutting Machines for Improved Performance:

This system is flexible in its cutting and simple to operate; it uses fiber transmission cutting methods for faraway distance cutting thereby improving its flexibility and accuracy.
Use this solution to cut materials without touching them so as not to interfere with their nature and quality.
It is designed for effective large workpiece cutting.
Affordable option: The machine’s cost can be reduced by using ND:YAG laser medium instead of fiber optic lasers for cutting.
Minimal maintenance: Few parts wear out thus they only require replacement occasionally hence low maintenance costs.
Our machine has a strong computer system that allows different types of cuts including but not limited to seam, straight line, arc, or round with high accuracy.

Top Uses of DEK-1800 3D Robot Fiber Laser Cutting Machine

The use of 3D laser cutting robots can include such metals as stainless steel, carbon steel, manganese steel, copper plate, aluminum plate, galvanized sheet, all kinds of alloy plates and rare metals.

Video Demonstration of 3D Robot Fiber Laser Cutting Machine

Experience this unique video demo of our advanced 3D Robot Fiber Laser Cutting Machine. The most recent model of this machinery was developed to transform how companies handle difficult cutting jobs by providing unmatched accuracy, versatility and speed.

Specification Of DEK-1800 3D Robot Fiber Laser Cutting Machine

Machine Model	DEK-1800
laser power	1000W~20000W
Dimensions	140016001800
working area	1800mm
Repeat positioning accuracy	±0.05mm
Max speed	120m/min
Max acceleration	1.5G
Voltage and frequency	380V 50Hz/60HZ

Components of 3D Robot Fiber Laser Cutting Machine

Numerous important parts make up the 3D Robot Fiber Laser Cutting Machine that collaborate with one another in order to give a strong, efficient and flexible cutting solution. Each part is created for boosting efficiency, durability and safety thereby making it a must-have device in contemporary manufacturing.

FANUC Robot Arms and FANUC Operating System

Convenient to use due to the incorporation of FANUC robot arms from Japan and FANUC operating system M-20iA.

Has an intelligent hand controller, a built-in process database, easy operation and reduces excessive dependence on skilled workers.

6 Axis Robot Arm

Not only is this machine able to slice non-standard-shape materials, but it can do so from a 360 degree angle as well since it may be fed along six axes; besides, some atypical materials which have fixed angles and geometries will also be sliced through.

Gantry

To expand processing space and ensure flexibility of cutting head, gantry is used. It is equipped with a software for professional motion control to facilitate easy and precise cutting. The stability of the equipment operation is guaranteed which makes it easier for anyone to operate.

Frequently Asked Questions

Want to know more about 3D Robot Fiber Laser Cutting Machine

Q: What is a 3D robot fiber laser cutting machine?

A: A 3D robot fiber laser cutting machine is an advanced type of laser cutting system where a robotic arm directs the beam of a fiber laser along three dimensions, thus enabling the precision cutting of complex shapes and 3D curved metal parts.

Q: How does a 3D robot laser cutting machine work?

A: In a 3D robot laser cutting machine, the head for cutting is controlled by arms of robots which allows it to cut at various angles and directions. The high-intensity beam necessary for precise cuts is produced by the source of fiber lasers then focused on the workpiece with the help of this head.

Q: What materials can be cut with a 3D robotic fiber laser cutting machine?

A: This kind of device can cut different metals such as sheet metal, stainless steel, aluminum etc., as well as being suitable for working with pieces having varying thicknesses; especially good when applied in manufacturing industries dealing with three dimensional objects made from curved metals.

Q: What are some advantages to using a 3D robot fiber cutter instead of other types?

A: Some benefits associated with using this equipment include but not limited to more accurate results due to its high precision levels achieved during operation; faster speeds because it has multiple degrees-of-freedom (DOF); ability cut intricate shapes impossible through alternative methods; better quality cuts since they produce narrower kerf width than most systems currently available on market; flexibility – able to perform angle or direction dependent cuts that other machines cannot do hence ensuring superior finish quality.

Q: What does the head do in relation to everything else on a 3D robotic fibre based laser-cutting unit?

A: The head moves around together with all other parts comprising it (i.e., armature), following optimal positions and angles necessary for achieving desired outcomes during material processing stages such as piercing, cutting or engraving.

Q: Can these machines handle material of different thicknesses?

A: Yes, 3D robotic laser cutters are designed in such a way that they can adapt its cutting head and power levels dynamically to suit different workpiece thicknesses for better results.

Q: How does 6-axis capability improve a 3D robotic fiber laser cutting machine’s performance?

A: The 6-axis capability of a 3D robotic fiber laser cutting system allows it to move in multiple directions and angles, enabling more flexibility in cutting complex designs and 3D shapes with greater precision.

Q: Why is the internal load of the robot important to a fiber laser cutting system?

A: A fiber laser cutting system’s stability and accuracy are determined by the robot’s internal load. This means that multi-angle and multi-directional cuts can be achieved while still maintaining precision if weight is properly managed around the cutting head.

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3D Robot Fiber Laser Cutting Machine

DEK-1800 3D Robot Fiber Laser Cutting Machine