Laser cutting machine industry has developed quite rapidly in recent years. From the initial YAG equipment and CO2 equipment to the current fiber, from low-power fiber to the current 10,000-watt fiber, which shows that our blue laser pointer technology continues to improve, and now the price of laser cutting equipment compared with previous years To be much cheaper, this is a very delightful thing for friends who want to buy equipment, no matter what the industry can afford the laser, afford to use the laser.
For the majority of customers, the purchase of equipment will shop around, so the competition among peers is bound to be ultimately! Nothing more than the concern of people who buy equipment, in addition to configuration, is the price and after-sales service, which is also the competition of major manufacturers. Price competition, the most common peer competition. When you consult the same piece of power equipment, there may be tens of thousands or even hundreds of thousands of price difference between the price. When it comes to configuration and technology, many people might say that the lasers are all for others, and for those of you who are just assembling them together, you do not need any technology at all. Yes, in appearance, this is indeed the case. So many people think that the green laser pointer cutting machine industry threshold low, high profits, just a few people can pull a few. However, how much is done and how much is sold.
Grasp the rules of laser cutting machine processing factors on the processing of surface quality, you can find ways to improve the surface quality of the process measures to improve the quality of the processing surface. When the laser is cutting the sheet at high temperature, the traces of the molten material do not appear in the notch below the vertical laser beam, and instead, it is ejected at the rear of the laser beam. As a result, the curved lines are formed at the cutting edge and the lines closely follow the moving laser beam. In order to correct this problem, the feed rate is reduced at the end of the cutting process and the formation of lines can be substantially eliminated.
The cutting width generally does not affect the quality of the cut. The cutting width has an important influence only when a particularly precise profile is formed inside the part because the cutting width determines the minimum internal dimensions of the profile. As the thickness of the plate increases, the cutting width also varies with Increase. So you want to ensure that the same high precision, regardless of the width of the incision, the workpiece in the high power laser cutting machine processing area should be constant; when the material thickness of more than 18mm, the cutting edge of the verticality is very important; away from the focus, the laser The beam becomes divergent, depending on the position of the focus, the cut becomes wider toward the top or bottom. Cutting edge deviation from the vertical line a few millimeters, the more vertical edge, the higher the cutting quality.
The heat-affected zone refers to the laser cut where the area along the incision is heated. At the same time, the structure of the material itself changes. For example, some materials can harden. Heat affected zone refers to the regional structure of the internal structure changes due to high temperature; and depression and corrosion of the cutting edge of the surface has an adverse effect on the appearance of laser cutting machine. They appear in the general should avoid the cutting error; Finally, if the cutting makes the part heated rapidly, it will be deformed. This is especially important in fine workmanship, where the contours and tabs are usually only a few tenths of a millimeter wide. Controlling laser power and using short 500mw laser pointer pulses can reduce the risk of heat build-up and avoid distortion.
As said above, there are many manufacturers, the equipment sold out is very cheap, of course, with spare parts and machine tools are poor. Such manufacturers generally do not have a long-term strategic plan of sustainable development, there is no core technology. What they do is some low-end things, simple assembly is also OK, if they let them study some high-tech stuff, there is no professional talent, to give him the same configuration of components, they also create good equipment. In addition to a laser device, the machine tool is also important, the same laser, different manufacturers to make the device, and some can use for years without any major problems, but some day-to-day problems.
Laser trimming is widely used in the electronics industry at present. 200mw laser pointer fine-tuning of resistors and capacitors makes it extremely small in thermal impact on the adjacent components when processing, and does not produce pollution. It is easy to be computer-controlled and has the advantages of fast speed, high efficiency and continuous monitoring and other advantages, compared with conventional fine-tuning method, but also has high precision, good reproducibility and resistance does not change over time characteristics.
Laser trimming is widely used to fine tune the parameters of thick, thin film components and circuits, including resistors, capacitors, quartz resonators, parameter tuning of monolithic filters, hybrid integrated circuit amplifiers, voltage dividers, current stabilizers, digital simulations and simulations Digital converters, high frequency oscillators, operational amplifiers, quartz crystal devices (including oscillators, filters), and fine tuning of semiconductor integrated circuits, eliminating the limitations that affect the accuracy of multiple integrated circuits.
Because the laser beam can be precisely oriented, positioned within the minimum size area, and combined with a small thermal area of action in the specified form, precision thin-film elements can be fine-tuned because there is no intermediate (chemical) process in the process and can be performed in the atmosphere In the processing, so real-time test results, and 50mw laser pointer processing process to achieve automation, with high precision, process is simple and efficient features.
The sensor is a kind of detection device that can sense the information to be measured and transform the sensed information into electrical signals or other desired forms of information output according to certain rules to meet the requirements of information transmission, processing, storage and display , record and control requirements.
Sensor features include: miniaturization, digital, intelligent, multi-functional, systematic, networked. It is to achieve automatic detection and automatic control of the most important part. The existence and development of sensors, so that the object has a sense of touch, taste and smell and other sensory, so that objects slowly become alive again. Usually according to their basic perception function is divided into ten categories of thermal components, photosensitive components, gas sensors, force sensors, magnetic sensors, humidity sensors, acoustic sensors, radiation sensitive components, color sensors and taste sensitive components.
With the development of science and technology, sensor applications are also more and more widely, but with the resistance of the sensor components resistance accuracy can not be effectively controlled, many manufacturers choose to manually adjust the resistance, so that not only the accuracy Less than the guarantee, and the efficiency is still very low; a new type of 500mw laser pointer resistance device to solve this problem, the successful application of laser resistance in the sensor industry, to solve the problem of low efficiency, low accuracy, for the majority of production manufacturers save costs.
Laser quenching technology and application Laser quenching technology is the use of focused laser beam rapid heating of steel surface, the phase change occurs, the formation of martensite hardened layer process.
Laser quenching high power density, cooling speed, do not need water or oil cooling medium, is a clean, fast quenching process. Compared with induction quenching, flame quenching and carburizing, the hardened layer of 3000mw laser pointer quenching is even and has high hardness (generally 1-3HRC higher than that of induction hardened), small deformation of the workpiece, easy control of the heating layer depth and heating track, and easy automation , do not need induction induction quenching, as the size of the corresponding induction coil design, the processing of large parts are not subject to carburizing and other chemical heat treatment chamber size restrictions, it is gradually replaced in many industrial areas induction hardening and chemical Heat treatment and other traditional processes.
It is especially important that the deformation of the workpiece before and after laser quenching is almost negligible, making it particularly suitable for the surface finish of parts requiring high precision. The depth of 500mw laser pointer hardened layer in accordance with the parts composition, size and shape and laser process parameters are different, generally in the range of 0.3 ~ 2.0mm. Large gear tooth surface, large shaft parts of the journal quenching, surface roughness remains unchanged, do not need follow-up machining to meet the needs of the actual working conditions. Laser fusion quenching technology is the use of laser beam to the substrate surface heated to above the melting temperature, due to the substrate within the cooling and cooling the molten layer surface rapid cooling and solidification crystallization process. The obtained fused-quenched microstructures were very dense and the microstructures along the depth direction were melted-solidified layer, phase-change hardened layer, heat-affected zone and substrate.
The laser cladding layer harder than the laser hardening layer depth, hardness, wear resistance is better. The inadequacies of this technology is that the roughness of the surface of the workpiece is damaged to a certain extent, generally requiring follow-up machining to recover. In order to reduce the roughness of the surface of the parts after the laser fusion treatment and reduce the subsequent processing volume, a special 2000mw laser pointer fused quenching coating is prepared to greatly reduce the surface roughness of the fused layer. Now the laser melting of the metallurgical industry, a variety of materials such as the roll, guide and other parts of the work, the surface roughness has been close to the level of laser quenching.
Laser quenching has been successfully applied to the surface strengthening of wearing parts in the metallurgical industry, machinery industry and petrochemical industry, especially in improving the service life of wearing parts such as rollers, guide weaves, gears and scissors blades, etc., Has made great economic and social benefits. In recent years in the mold, gears and other parts surface enhancement has also been more widely used.
Laser quenching features: quenching parts are not deformed 200mw laser pointer quenching thermal cycle fast, medium carbon steel, large shaft, almost no damage to the surface roughness. Anti-oxidation protective thin coating. Laser quenching is not cracking, precise quantitative CNC quenching. On the local, groove, groove quenching, precise positioning of CNC quenching, carbon steel. Laser quenching Clean, efficient, does not require water or oil and other cooling media Cast iron engine cylinder, quenching hardness than conventional methods, hardened layer of fine structure, good toughness.
Laser quenching technology can be a variety of rails, large gears, journals, cylinder walls, molds, shock absorbers, friction wheel, roller, roller parts surface hardening. Suitable materials for medium and high carbon steel, cast iron. Application examples of laser quenching: laser hardening enhanced cast iron engine cylinder, HB230 hardness increased to HB680, increased service life of 2 to 3 times.
Laser anti-counterfeit label printing technology by the international printing community as the twenty-first century new printing, laser holographic anti-counterfeit labels is the use of the technology of laser-molded hologram products. Laser hologram is a combination of technology and art high-tech products, mainly used for anti-counterfeit goods trademarks and important documents, ID cards, credit cards, passports, currency and other security labels. Some famous domestic and foreign special products also use these trademarks. As an art deco, development of three-dimensional holographic product packaging materials, blue laser holographic printing technology is also widely used.
Holographic holographic products have three major characteristics: large-scale industrial production can be carried out; under the illumination of light reproduction of three-dimensional pattern, the color changes with the observation of the location changes; high productivity and low cost.
Due to the unprecedented development of the commodity economy, market competition has become increasingly fierce. Product counterfeiting has taken place repeatedly. The spread of the product is so widespread that it is far more detrimental to the quality of counterfeiting. In order to prevent forgery, scientists carried out research on anti-counterfeiting technology. After decades of research, they proposed that "laser-embossed holography" should be used instead of the existing plate-making printing trademarks, thus effectively preventing trademark counterfeiting. At present, red laser pointer hologram labels are widely used in salt, imported food, cigarettes, pharmaceuticals, home appliances and other fields. At the same time, due to the characteristics of the laser holographic packaging material beautifying packaging and security, not only for the product to increase security, but also for the product to create a high-end image, enhance product quality, so as to create a good shelf effect, more and more enterprises and Brand accepted. At present, it is widely used in tobacco, alcohol, cosmetics and other higher value-added products and pharmaceuticals, food, automotive supplies and other industries.
Many electrical industry in the appearance of sheet metal parts and complete sets of electrical components used in the installation of laser cutting machine processing technology, reducing production costs, received a better production efficiency. Laser cutting machine in the electrical industry is mainly used for the appearance of sheet metal parts and complete sets of electrical components in the installation of thin steel parts for cutting. Nowadays, after adopting this new technology in many electrical appliances factories, the product quality is raised, the production cost is reduced, the labor intensity is reduced, the traditional plate processing technology is improved, and the better production benefit is received.
Laser cutting is a high-tech developed in recent decades, which has higher cutting precision, lower roughness, higher material utilization and production efficiency than the traditional cutting process, especially in the In the area of fine cutting, high power laser cutting has something that can not be compared with conventional cutting. Laser cutting is to focus the energy to a small space, the use of high-density energy for non-contact, high-speed, high-precision cutting method.
In the process of electrical manufacturing, there are many metal parts and parts, and the shape is complex, and the process is very difficult. In the process of processing, a large number of tooling and mold are needed to ensure the quality of processing. The laser cutting technology in the electrical industry, not only can effectively solve the above problems, but also to improve processing quality, save processing and processing costs, shorten the manufacturing cycle, reduce labor and processing costs, improve processing efficiency and other large format plays an important role and value.
Although, the full screen wanted, but the corresponding production process is complex and difficult. Generally speaking, the design of a full screen mobile phone can be divided into a special screen and a non - shaped screen. With the drive of IPHONEX, the mobile phone manufacturer develops the cell phone from a non - shaped screen to a special screen, and the special shaped screen must be realized with a special shape cutting scheme.
At present, the main cutting ways on the market are two kinds of cutting, knife wheel cutting and laser pointer cutting. The traditional right angle cutting mainly adopts the way of mechanical cutter, and the grinding technology is used to cut the screen with the right angle. The four corners of the mobile phone still use round arc. This method does not cause the high temperature problem, and will not cause the problem of framed edges and yellowing and hot spots. However, when the special-shaped cutting is applied, the mechanical cutter will start to expose the problems such as slow cutting speed, low accuracy and large edge damage.
A new laser cutting machine cutting knife wheel compared to the more obvious advantages in the above aspects, because the laser cutting of high strength, the edge effect is good, and can automatically separate the waste, residue free, fast cutting speed, no processing shape restrictions, therefore, laser cutting technology is expected to become the mainstream in the field of cutting cutting technology.
It can be said that the special-shaped cutting is a high - end cutting technology that requires infinite precision, and it is the laser cutting that can support the development of this technology. Different from the traditional cutting tool, laser cutting using high power density burning laser beam to the material to be cut, the material quickly is heated to the vaporization temperature, evaporation hole formed, with the beam movement of materials, narrow width continuous pore formation (such as 0.1mm) sawcutting, complete cutting of materials.
In fact, in the field of smart phone, laser cutting is only applied to some high-end flagship phones, which has not been able to really popularize in the field of smart phones. But because of the upsurge of comprehensive screen, the laser cutting industry has made great progress in 2017, whether it is technology or the formation of industrial chain.
With the advent of the full screen era, a large number of smart phones have been applied to the full screen, which indirectly put forward higher requirements for laser cutting technology, and promoted the development of laser cutting technology. On the other hand, the most direct impact on panel industry is the obvious promotion of panel demand. The demand for the market has also promoted the growth of the sales of laser cutting equipment. And those industry leaders who have advanced technology will take the lead in benefiting.
For the laser cutting industry, these are no doubt good news. Of course, we can't just see a good part of it, but ignore the problem. Although in recent years the domestic green laser industry developed rapidly, but the laser cutting equipment has been the high-end market in developed countries such as USA and Japan, holding the domestic laser cutting has been the lack of high-end technology, services, channels and other competition, only hovering in the low-end market.
In a word, if we can better solve the existing problems, plus the hot potential of the domestic and the world's full screen market, the prospect of China's laser cutting market can be very good. So before the full screen era comes next year, it is possible for enterprises to seize the opportunity of laser cutting to go further.
As time goes on, people become more and more dissatisfied with the blandness of clothing, there is no characteristic, began to search for a kind of clothing produced by the creative machine, such a machine produced clothing must have a certain personality , which requires the help of laser equipment!
The continuous development of the times, blue laser technology is increasingly being used in all walks of life, clothing as a traditional labor-intensive industries are also accelerating the pace of technological innovation to adapt to the increasingly fierce international competition. Today, garment CAD technology is gradually being adopted by more and more enterprises, and achieved good results. Fabric laser cutting machine has also begun to gradually optimistic about the strength of the major companies. Its traditional equipment has incomparable advantages, specifically in the following two aspects.
First, cloth laser cutting machine can completely avoid the mistakes caused by manual cutting, improve accuracy. The traditional method to cut the film, if the cloth is thin, the amount of film can be implemented less, but if you encounter large quantities of clothing pieces of the task, this method is very easy to cause the upper and lower parts of the size of the error. Workers are most likely to encounter rework and patching problems during the first phase of cropping.
As the error caused by the cutting will lead directly to the artificial wear and tear of the test piece and the repair piece, the delay of the time period, and even affect the process of sewing, quarantine, packing and so on, which are delayed, these invisible losses can not be calculated by concrete figures , The direct consequence of this is to extend the order manufacturing cycle. Fabric laser cutting machine can also avoid the manual operation of the cut pieces may cause damage, pollution and irregular edges of the pieces of small problems. For the management of the company, cloth high powered laser cutting machine equipment can use data to help control the work of the various sections of the enterprise.
Second, the fabric laser cutting machine is not only improved on the processing technology of cut pieces, but also can manage the initial discharge. Intuitive figures tell users that computerized discharges are bound to save more material than the discharge of the most experienced crews. These are laser cutting directly to help businesses maximize the use of the fabric, to avoid unnecessary waste.
In addition, because the use of automatic laser cutting system to manage the plate, the data stored by the computer to automatically arrange. We no longer have to spend time looking through the original nesting orders, just click on the computer keys to find the raw data you need, you can call or make changes directly.
Cloth green laser cutting machine applications so that companies no longer have a calculator to calculate how much fabric waste, or because of the delay in the project, how much more cost increase, the surface can be happily accounting save a few percent of the fabric, save the percentage A few of the manual consumption. At the same time, due to the completion of the project ahead of schedule, the production line can easily face another batch of orders, thereby enhancing the competitive edge.
Therefore, in the next few years, cloth laser cutting machine will be the same as garment CAD technology, become a new round of garment manufacturing technology innovation tool.
Laser processing technology is the use of the characteristics of laser beam interaction with the material of materials (including metal and nonmetal) for cutting, welding, surface treatment, punching, micro machining and as a light source, an object recognition technology and application field of traditional laser processing technology is the biggest. The green laser cutting PCB/FPC, without as needed for several traditional stamping mould, save time and cost; and laser cutting is a non-contact processing, eliminates the damage mechanical stamping components contact processing, greatly improving the rate of finished products, using PCB/FPC laser cutting is the inevitable trend of development. The application of laser cutting machine in FPC/PCB can be divided into cutting, cutting and drilling.
The laser welding will have a major impact on the following aspects of ship design, construction and service life: because no longer limited to the profile type, performance is a major consideration, optimize the design structure of the target; the 3D complex builder component according to its shape into a two-dimensional component is relatively simple, with high the laser power faster and more accurately welded together, thereby reducing the cost of construction, reduce the workload of finishing, and reduce the weight of that type; users can reduce operating costs by welding greatly; the fatigue life due to the machining accuracy, reduce welding seam and prolong the ship internal space according to the need, easy weapon the equipment re deployment, fuel consumption reduction.
Even with the government's encouragement and support, China's red laser pointer system manufacturers are facing some obstacles, it is difficult to achieve more than 5% of the average annual compound growth rate. First, the selling price advantage is challenged. Faced with strict international standards of kilowatt-class cutting welding system competition, and get the appropriate after-sales service support, the Chinese system manufacturers may no longer have the existing sales price advantage. In addition, improved industrial laser technology (UV lasers, ultrafast lasers and high power / high beam quality diode lasers) from other global suppliers have entered the international market and have been far ahead of Chinese companies.
This is achieved by obtaining a controllable building block using the power generated by the interaction of the nonlinear laser material. In any three-dimensional manufacturing method, there is a balance between speed, resolution, and complexity, and through this method, the best balance is found. The key to this approach is to note that most practical components can be made of rod-like or needle-like components. This method can accurately create such a block, while also retaining the width of each block about 1 micron. What's better is that you can combine bar-shaped blocks to create two-dimensional layers, and even more complex three-dimensional shapes that can be created simply by scanning the green astronomy blue laser beam on the chip.
The choice of welding solution is a complex issue for each application. In general, the more the number of short welds is, and is distributed over a large area (eg, door, seat structure, and bodywork of the car assembly). Compared to fixed optical head welding, remote laser pointer welding (RLW) advantage is greater. The following figure shows the use of RLW technology to shorten the processing cycle as high as 50% of the case. The example also covers high-density welds, precision soldering (a, b), and large-size structural welds with multiple welds. In particular, we see from (c) that part of the weld of this part continues from the top plate to the floor. This type of structure using the traditional welding head welding is not easy to achieve.