CNC Fiber Laser Cutting Machine with Rotary Cutting Head

Abstract

The invention is a rotary cutting head CNC fiber laser cutting machine (1) that facilitates the cutting of HEA, HEB, IPE, LPU, L-shaped iron, angle iron, pipe and box profile, especially by eliminating the problems of slowness, size, high power requirement and inefficient cutting of cutting machines in the known state of the technique that try to cut large and heavy metal materials by rotating them, and by enabling fast, easy, efficient and less power-consuming cutting thanks to the system in which the fiber laser cutting head is rotated instead of rotating the heavy material; it consists of a cutting belt (2), pusher (3), holder (4), rotary cutting table (5), rotary cutting table wheel (6), rail (7), fiber laser body (8) and fiber laser cutting tip (9).

Description

1 TARIFF CNC Fiber Laser Cutting Machine with Rotary Cutting Head The invention covers the cutting of HEA, HEB, IPE, LPU, L-shaped iron, angle iron, pipe and box profiles. 5. The technique that facilitates cutting, especially large and heavy metal materials, by rotating them. The slowness, size, and high power requirements of cutting machines in their known state, and Fiber laser cutting eliminates inefficient cutting problems by replacing heavy material with rotating cutting. Thanks to the system that rotates its head, it is fast, easy, efficient and requires less effort. This is about a CNC fiber laser cutting machine with a rotary cutting head that enables cutting. Fiber laser cutting machines are particularly useful for cutting materials with intricate shapes. if there is a cutting line or a cutting line that will be done by going around it, existing laser cutting iron machines that are pushed by a pusher on one side and held by a gripper on the other. This cutting process is performed by rotating the steel material and using a fiber laser located on it. They are completing it. 15 However, here we have materials such as box profiles, pipes, L-shaped bars, angle bars, HEA, HEB, IPE, and LPU. in the cutting process, especially when the material coming for this cutting is heavy. Turning the material becomes difficult. Both the power requirement increases and the material itself becomes harder to manipulate. Maintaining stability under the fiber for cutting makes it difficult to achieve fully efficient cutting. For this reason, 20 material loss, inefficient cutting, shapes not being perfectly homogeneous Since it can rotate the naturally heavy material slowly, the cutting speed is also very high. It is falling. For the reasons mentioned, cutting heavy materials, especially in steel construction work, is recommended. 25 Fiber lasers are a known technique for cutting heavy materials by rotating them in various applications. The cutting machines are slow, require a lot of power, and can cut heavy materials. To overcome difficulties such as the inability to rotate the vehicle or make precise cuts, it acts as a pusher and a gripper. Instead of rotating the material that is centered by being compressed between them, a much lighter one is used. The fiber laser cutting system is performed by rotating a rotary table 360 ​​degrees to perform the cutting, 30 to provide additional advantages such as including a rail mechanism for one-axis cutting The invention in question is a CNC fiber laser cutting machine with a rotary cutting head. 2 The invention aims to enable the rotary head CNC fiber laser cutting machine to achieve its purpose. The system developed for this purpose is explained below, with reference to the attached figures. These figures are: Figure 1 – General view of a CNC fiber laser cutting machine with a rotary cutting head. Figure 2 – Right Side View of CNC Fiber Laser Cutting Machine with Rotary Cutting Head 5 Figure 3 – Left Side View of CNC Fiber Laser Cutting Machine with Rotary Cutting Head The parts in the diagram are individually numbered, and the parts corresponding to these numbers are... as explained below: 1- Rotary cutting head CNC fiber laser cutting machine 10 2- Cutting band 3- Repulsive 4- Container 5- Rotary cutting table 5.1-Rotary cutting table gears 15 6- Rotary cutting table wheel 6.1 - Rotary cutting table gear wheels 7- Ray 8- Fiber laser body 9- Fiber laser cutting tip 20 The subject of the invention is a CNC fiber laser cutting machine with rotary cutting head (1); cutting band (2), pusher (3), holder (4), rotary cutting table (5), rotary cutting table wheel (6), rail (7), fiber laser It consists of a body (8) and a fiber laser cutting tip (9). The subject of the invention is a CNC fiber laser cutting machine with rotary cutting head (1) cutting band (2) one The pusher (3) is positioned in the middle and the holder (4) is positioned on one side. The material to be cut is placed in the pusher (3) It is passed through and extended to the holder (4). The pusher (3) is adjusted according to the length of the material. It moves along the cutting belt (2) and approaches the holder (4). In this way, the desired It is possible to cut the material to the desired length. 30 3 After the material is centered between the pusher (3) and the gripper (4) as mentioned then, according to the drawing, for cutting, the fiber laser cutting tip (9) and the fiber laser body (8) CNC cutting is performed by rotating the rotary cutting table (5) together with the cutting table. The rotary laser cutting table wheel (6) located on the rotary laser cutting table (5) is driven by a motor 5 While being driven, the rotary laser cutting table wheel gears (6.1), rotary laser cutting It rotates the table gears (5.1). Thus, the rotary laser cutting table (5) rotates 360 degrees. It can rotate. In this way, the fiber laser cutting tip (9) on the rotating laser cutting table (5) It can rotate 360 ​​degrees together with the rotary laser cutting table (5) to which it is attached. On the other hand, the fiber laser is located on the rail (7) on the rotary laser cutting table (5). Its body (8) and the attached fiber laser cutting tip (9) can move left and right. This allows the fiber laser cutting tip (9) to make a cut along the axis in the material under it. If necessary, the fiber laser cutting tip (9) moves left or right on the rail (7) to cut this 15 It performs this. For switching to other axes or for rotary cutting shapes, rotary laser cutting is used. The table (5) rotates, allowing for CNC cutting according to the previously entered drawing. It provides. According to the cutting lines in the relevant drawing, the material centered inside the holder (4) is pushed by (3) 20 While being advanced by the fiber laser cutting tip (9), the cutting tip also moves left and right on the rotating cutting table (5). Cutting is achieved by rotating and advancing the material. Additionally, the fiber laser cutting tip... (9) during the rotation of this rotary cutting table (5) or when the rotary cutting table (5) is stopped The cutting continues with movement to the right and left on the rail (7). This allows fiber laser cutting machines, in the current state of technology, to perform cutting operations. The difficulty, slowness, excessive force, and precision of attempting to rotate the material Negative consequences such as these not happening have been prevented. The material moves under the laser cutting tip (9) and the laser cutting tip (9) moves along the rail (7) and / or 30 Cutting is done quickly by moving on the rotary cutting table (5). 4 Less power is required because the material is not rotated. It also allows for more precise cutting. This is being done and the overall cutting speed is increasing. This, in turn, increases machine efficiency. It increases cutting volume while reducing the unit cutting cost. Thus, it is possible to cut materials up to 12 meters in length. For large diameters, 5 It provides cutting capabilities. Also, in older systems that cut heavy material by rotating, rotating parts and equipment is damaged or malfunctions due to being strained, leading to maintenance costs. It is more precise because the material is not rotated compared to existing machines, which is higher than 10. In addition, maintenance costs decrease and the lifespan of the machine increases. The subject of the invention is different pushers (3) for the rotary cutting head CNC fiber laser cutting machine (1) and the design of the holder (4) can be changed, the length and width of the cutting band (2) It can change, the shape of the movement-providing equipment on it can change, it rotates 15 The shape of the cutting table (5) can be changed, the fiber laser cutting tip (9) rotary cutting table (5) The position on it can be changed, different numbers of fiber laser cutting tips (9) It can be used, the rotary cutting table (5) moves by means of gears as shown here. Different motion transmission mechanisms can be used, as well as different motors and It can be rotated with drive systems, different rail (7) configurations can be made, invention 20 It is possible to make changes to the shape regardless of the material and dimensions. the positions of the parts used can be changed, the number of parts used It is obvious that they can be modified. All of these fall within the scope of the invention. A person skilled in the field can replicate the innovation demonstrated in the invention by using similar structures. it can reveal and / or this structure is similar to other techniques used for similar purposes in the relevant field. It is clear that this can also be applied to other areas. Therefore, such structures foster innovation and especially It is also obvious that it would lack the criterion of exceeding the known state of the art.

Claims

REQUESTS 1- The invention is a CNC fiber laser cutting machine with rotary cutting head (1) and its feature is; cutting band (2) at least one fiber cutting the material centered between the pusher (3) and the gripper (4) on it. axial movement of the laser cutting tip (9) by moving left and right on this fiber cutting tip (9). at least one rail (7) that allows it to make cuts, this rail (7) and the fiber laser on it 5 by turning the cutting edge (9) left and right, at the same time by the pusher (3) Rotary cutting allows the material to be cut according to the drawing while being advanced. It is characterized by having a table (5). 2- The invention is a CNC fiber laser cutting machine with rotary cutting head (1) and its feature is; cutting band 10 (2), pusher (3), holder (4), rotary cutting table (5), rotary cutting table wheel (6), rail (7), fiber It has a laser body (8) and a fiber laser cutting tip (9). 3- The invention refers to CNC fiber laser cutting with rotary cutting head as described in Claims 1 and 2. The machine (1) has the following feature; HEA, 15 laser cutting machines in the known state of the art. Heavy-duty cutting for HEB, IPE, LPU, L-shaped iron, angle iron, pipe and box profile applications. a device that eliminates the difficulty and slowness of cutting by rotating the material, with the rotary cutting table gears (6.1) on the rotary cutting table wheel (6) The rotating cutting table can turn left or right thanks to the gears (5.1) that rotate it. thanks to the rail (7) on it and the fiber laser body (8) attached to it, the fiber laser cutting tip 20 (9) Rotary tool that allows easy, fast and precise cutting by rotating 360 degrees. It is characterized by having a cutting table (5). 30

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