Can the laser of the laser cutting machine be shipped by air?

It cannot be shipped by air. It is possible to only go through logistics logistics companies.

The laser of the laser cutting machine cannot be shipped by air, because this is an iron thing, and you can only transport it by car.

This product can be shipped by air, but the cost of air freight is still relatively expensive.

This is perfectly fine, and there will be no problems, the main reason is that it is not a safety hazard in use, so there is no problem at all as long as the packaging is good.

2. Laser cutting head: brand, IPG, Haiage, Jiaqiang, Wan Shunxing, Osprei, Kirin, if it is mainly thin plate, below 3000, you can choose Jiaqiang or Wan Shunxing, but now the domestic laser cutting industry is fiercely competitive, the profit is very thin, and many of them are also matched with the latter two cutting heads. As for this head, the key is the optical lens, which is easy to burn the lens and even damage the laser if it is polluted.

3. Control system: Well, let's not be so tall, don't talk about Siemens or bus, now Baichu is very mature, and Weihong is also trying to catch up.

Laser cutter, right? It should be possible to send.

I am Liaocheng Dongxu Laser, and the laser head does not emit light may be due to the following reasons.

1. Press the test button on the operation panel to observe the status of the ammeter: (ultra-high-speed machine, low-speed machine is equipped with ammeter, other models are not equipped, and can be installed by yourself).

No current: check whether the laser power supply is connected, whether the high-voltage line is loose or falling off, and whether the signal line is loose and disconnected;

There is current: check whether the lens is broken and whether the optical path is seriously offset;

There is a problem with the laser tube or laser power supply;

whether there is a problem with the motherboard or power strip;

2. Check whether the water circulation system is normal

No water: Check if the pump is damaged or not energized;

Water connection: check whether the water inlet and outlet are reversed or the water pipe is broken;

whether the water protection is damaged, whether the water protection line is broken;

3. It can shoot out and self-check, and the sent data does not emit light (check whether the computer settings are correct).

Only if you have purchased a 130mm cutting head can use it suitable for cutting thin sheets up to 3mm.

The laser of the laser cutting machine can be used to use this, you should go to the ** ask the aviation service personnel, and then go to learn about the detailed information.

Can the laser machine of the laser cutting machine be shipped by air? This should be possible, learn more about some of the dynamics in this area or ask the manufacturer if you can use air freight.

Can the lasers of this machine be shipped by air? Of course, you can, but this depends on the regulations of Honghong, because many airlines may not give it, you can consult it.

When the shape to be cut is a regular shape (such as a rectangle, circle, polygon.

And when it is arranged in a certain regularity, the line segments in the same direction are connected for flight cutting by scanning and cutting, which will greatly improve the cutting speed and save the cutting time.

Before performing scan cutting, it is recommended that users sort the graphics to be scanned first, which can optimize the path of scanning and cutting, and save time for idle movement. Click the "Flying Cutting" button under the common menu bar (note: when all the components of the regular array are circles, the function of this button is arc flying cutting) or the "Straight Flying Cutting" option in the drop-down menu to enter the linear flying cutting parameter setting interface.

The starting position is used to set the starting position of the scanning cutting; The maximum distance of smooth connection refers to the steering distance less than this set value, and can be connected smoothly; The maximum flight line length is the maximum distance that can be spaced between the shapes, and if the spacing in the processed drawing is greater than the set value, the flight cut cannot be set.

<> when all the components of the regular array are circles, directly click the "Flying Cutting Button" to refer to the arc flying cutting function, or click the "Circular Flying Cutting" option in the drop-down menu of the "Flying Cutting" button to enter the arc flying cutting parameter setting interface. The maximum distance between the two circles of the flight connection refers to the maximum distance between the two circles, if the distance between the circles in the processing drawing is greater than the set value, the flight cut cannot be set. If you also select "Cut by Part", you can cut the inside of each part according to the sorting rule and then cut it by part.

If only "Sort first and then fly cut" is checked, the selected graphics will be sorted as a whole and then cut off.

The flight gouge distance can be set in the global parameters, so that the parts can be better detached.

Hello, laser cutting is to focus the laser emitted from the laser into a high power density laser beam through the optical path system. The laser beam hits the surface of the workpiece, bringing it to its melting or boiling point, while a high-pressure gas coaxial with the beam blows away the molten or vaporized metal. With the movement of the beam relative to the workpiece, the material is finally cut to form a slit, so as to achieve the purpose of cutting.

Questions. I'm asking you how to set up the flying cut of the polygon.

Under normal circumstances, the laser generator is fixed, so the transmission direction of the laser is also fixed, but for the sake of demand, let the laser "fly" for a while. Previously, on the laser stamping composite machine, a hole was punched out with a punch, and then the laser was used to cut from the small hole. Usually changing the direction of laser transmission is to refract the laser through mirrors and optical fibers, the laser generator does not move, and the mirror moves, which is called laser fly cutting.

Laser cutting is generally used for the following purposes:

1) Laser vapor cutting.

The workpiece is heated with a laser beam with high energy density, so that the temperature rises rapidly, and the boiling point of the material is reached in a very short time, and the material begins to vaporize, forming vapor. These vapors are ejected at a high rate, creating cuts in the material as the vapors are ejected. The heat of vaporization of materials is generally large, so laser vaporization cutting requires a lot of power and power density.

Laser vapor cutting is mostly used for the cutting of extremely thin metallic and non-metallic materials (such as paper, cloth, wood, plastic, and eraser).

2) Laser melting cutting.

In laser melt cutting, the metal material is melted by laser heating, and then a non-oxidizing gas (AR, HE, N, etc.) is sprayed through a nozzle coaxial with the light beam, and the liquid metal is discharged by the strong pressure of the gas to form an incision. Laser melting cutting does not require complete vaporization of the metal, and the energy required is only 1 10 of vapor cutting.

Laser melting cutting is mainly used for the cutting of some materials or active metals that are not easy to oxidize, such as stainless steel, titanium, aluminum and their alloys.

3) Laser oxygen cutting.

The principle of laser oxygen cutting is similar to that of oxyacetylene cutting. It uses a laser as a preheating heat source and an active gas such as oxygen as the cutting gas. On the one hand, the injected gas reacts with the cutting metal to oxidize and release a large amount of oxidation heat; On the other hand, the molten oxide and melt are blown out of the reaction zone, creating a cut in the metal.

Because the oxidation reaction in the cutting process generates a lot of heat, the energy required for laser oxygen cutting is only 1 2 of melt cutting, and the cutting speed is much greater than that of laser vaporization cutting and melting cutting. Laser oxygen cutting is mainly used for metal materials that are easily oxidized such as carbon steel, titanium steel and heat-treated steel.

4) Laser dicing and fracture control.

Laser dicing is the use of a high energy density laser to scan the surface of the brittle material, so that the material is heated and evaporates a small groove, and then a certain pressure is applied, and the brittle material will crack along the small groove. The lasers used for laser dicing are generally Q-switched lasers and CO2 lasers.

Controlled fracture is the use of the steep temperature distribution generated by laser notching to create localized thermal stresses in brittle materials, causing the material to break along small grooves.

Laser cutting machines are very versatile, simply put, they use lasers to cut objects! There are many materials that can be cut, and the laser cutting machine can cut acrylic, wood boards, cloth, leather, metal, etc., and can be used in different sizes according to the size of the power format.

Fiber BAI laser cutting machine is a laser processing equipment used to cut, engrave and punch metal sheets. It uses the beam emitted by the laser to irradiate the surface of the object to be processed, and instantly releases a large amount of energy to melt the irradiated workpiece to achieve the purpose of cutting and processing.

When we were in 2014, we just started selling the first one to Zhongshan, and the boss made the box for the battery of the electric fish, the two motherboards in the front and back, and there were about 20 holes in them....It's a bit like a blind, you also have two small fans, small screw holes, which were originally done with a punch, and then why did he have to buy a laser? Because his customers always ask to change the position of the holes on the battery box, every time he changes the position, he has to open a new mold, and today another customer asks him to remove two holes, since he changed the laser, the customer can change how he wants, so his requirements for efficiency are very high. At that time, the cutting time of these two workpieces was 36 seconds.

It is 32 seconds for xx to cut out. It takes 29 seconds for a diligent worker to cut out, how can the same workpiece, what do we do, he can cut faster than others? In fact, three processes can also solve many problems.

The target customers of laser cutting are customers with fine processing of thin plates within 20mm, and there are three advantages of laser cutting tubes, first: high accuracy requirements, second: high installation size requirements, third: high cleanliness requirements of the inner wall, and no burrs and slag on the inner wall.

If you use shearing machines and punching presses to cut the material – you may be looking for the right flexible production equipment.

If you're using a plasma flame to cut your material, you're probably looking for a machine that will allow you to spend less time on the post-processing process.

If you're using wire cutting and waterjet cutting, you're probably looking for a faster machine.

If you cut with carbon dioxide, you may be looking for something that consumes less energy and costs less in the later stage.

For investment, it is relatively expensive, 30 tens of thousands of investment, if you do not have certain requirements for precision and follow-up processing process, you can choose plasma or flame cutting machine, the cost is very low, the return of normal laser is about 2 years,

Advantages: fast speed, smooth and flat incision, generally no follow-up processing; The cutting heat-affected zone is small, the plate deformation is small, the cutting gap is narrow, the incision has no mechanical stress, and there is no shear burr; High processing accuracy, good repeatability, no damage to the surface of the material; CNC programming, can process any floor plan, can cut the whole board with a large format, no need to open the mold, economical and time-saving. There are many materials that can be cut by laser, including non-metallic sheets such as plexiglass, wood panels, and plastics, as well as a variety of metal materials such as stainless steel, carbon steel, alloy steel, and aluminum plates.

Disadvantages: The machine ** is slightly higher.

The fiber laser cutting machine gathers the laser beam into a small spot and obtains a high power density at the focal point of the beam, which causes the temperature of the material to rise sharply when the laser irradiates it, and instantly reaches the vaporization temperature, resulting in evaporation and the formation of holes. The fiber laser cutting machine takes this as the starting point, and according to the shape requirements of the workpiece to be processed, the laser beam and the workpiece move relative to each other according to a certain trajectory to form a cutting seam. In the process of fiber laser cutting machine, the processing system should also be equipped with the necessary auxiliary gas blowing device, which has eliminated the slag generated by the cutting seam.

Advantages of fiber laser cutting machine:

1. The cutting gap is narrow, and it has good cutting accuracy. Due to the small diameter of the laser beam focusing spot, the energy is concentrated at high speed. The width of the cut seam is only about about the same, which can save material.

2. The cutting speed is fast, the heat affected zone is small, taking the 500w fiber laser cutting machine as an example, the speed of cutting 1mm material can reach more than ten meters per minute. Due to the high concentration of laser beam energy, the irradiation time of the laser beam to complete the cutting is very short during the cutting process, so the degree of thermal distortion of the cut material is extreme.

3. The surface of the fiber laser cutting machine is vertical, the cutting edge is vertical, the cutting edge is smooth, and the welding can be carried out directly without trimming.

4. Since the fiber laser cutting machine is processed in the following non-contact form, there is no mechanical stress on the trimming edge, and no shearing burrs and chips are generated.

5. The fiber laser cutting machine uses a beam of light with high energy density and strong brightness to act on the cut material for processing, so there is no tool loss and contact energy loss.

6. The fiber laser cutting machine can easily cut hard and brittle materials, as well as soft and elastic materials.

7. There is no inertia in the beam operation, and the high-speed fiber laser cutting machine can be implemented. And the cutting is not limited by the direction, and can be started at any part of the workpiece at any time to start cutting or stop to end processing.

8. Using the characteristics of laser, multi-station operation can be realized, and CNC automation can be easily realized.

9. Low cutting noise.

1. When buying a laser cutting machine, the range of processing materials should be considered first.

First of all, we have to consider our business scope, the thickness of the cutting material, what materials need to be cut and other factors, and then determine the power of the equipment and the size of the workbench that need to be purchased, the power of the mainstream laser cutting machine on the market is between 500w-6000w, and the size of the workbench can be customized according to the needs of customers.

2. Determine and select the laser cutting machine manufacturer.

After determining the demand, we can go to the market to understand, or go to the peers who have purchased the laser cutting machine, and first look at the performance and basic parameters of the machine. Select a few manufacturers with the strength and preferential treatment for early communication and proofing, and we can conduct on-site inspections in the later stage, and conduct more detailed negotiations on the machine, machine training, payment methods, after-sales service, etc.

3. Understand the laser power of the laser cutting machine.

For example, we often cut metal sheets below 6mm, then we choose 500w-700w laser cutting machine to meet the needs of production, if we cut more than 6mm of materials, we need to consider a more powerful machine, which is of great help to the cost control of enterprises.

4. Know the configuration of laser cutting machine parts.

Some important parts of the laser cutting machine, we also need to pay great attention to when purchasing. In particular, laser generators, laser cutting heads, servo motors, guide rails, water tanks, etc., should be clearly distinguished whether they are domestic or imported. These parts directly affect the cutting speed and accuracy of the laser cutting machine, and many domestic manufacturers will use domestic counterfeit imported accessories to deceive customers.

5. Test the performance of the laser cutting machine.

Now the product development cycle is short, the replacement is getting faster and faster, the diversity of products, sample trial production, mass production is more, how to complete customer orders with quality and quantity, maintain corporate reputation, and enhance the competitiveness of enterprises is also a difficult task in front of each operator, so the purchase of stable processing equipment is the premise and foundation, try to choose a high market share, a sound after-sales service system, many after-sales service outlets and a brand that has been tested by the market for a long time, not just because of greed Buying low-quality products with no after-sales service will have a huge impact on the company's production.

6. Inspect the after-sales service of laser cutting machine manufacturers.

The after-sales service of each manufacturer is very different, and the warranty duration is also uneven. In terms of after-sales service, we not only provide customers with effective daily maintenance solutions, but also have a professional training system for machines and laser software to help customers get started as soon as possible.