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弊社オリジナル直営バッグ生产工场です，自社のため，品质コントロールとコストは间违いなくメリットがあります。バーキン30にぴったりフィットする用にサイズ设计されています。外出时にお荷物を入れていただくのはもちろん，保管时本体前面/里面，和内侧面侧面有内侧的ポケットがありますので，收纳たっぷりである的オリジナルフルルトバッグです。

しっかりした形とおしゃれな柄で，ワードローブ，押入れ，クローゼットの收纳スペース以外の开放空间に置いても，心地よい氛囲気を演出します。使わないときはちょっとした隙间にも收纳できます。ちょっとしたお出かけにも十分な容量あるのお洒落でOEMバッグです。冬布団，寝具や厚着收纳に最适合小物もすっきり收纳できって，通気性に富むためカビがつきにくい保存用便利的です。

きめ细かく肌触りの良い质感の合皮を使う，通勤にはマストな拨水性と軽量を実现します。绝対シンプル主义のデザインは流行に左右されない十分な收纳力を持つ.A4ファイル，PC対応，お仕事，通勤，就职に最适な充実容量。荷物をすっきり整理できる，机能性を追求した大人のためのオリジナルビジネスバッグです，型くずれせず，しっかり自立高级感，スーツスタイルに相性抜群，就活，通勤，通学，ビジネスシーンに最适。

やわらかく太めのショルダーが肩への负担を减し，使い胜手抜群。フロントには大きな2のポットがティッシューパーやや键，携帯などを收纳でき，取り出し简单。内侧には，财布や化妆品，书类，お果子，贵重品などを入れ，ファスナ仕様でちゃんと守ってくれます，デニム生地を使用し，形ずれにくいし，耐久性にも优れているのOEMデニムバッグです。

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オリジナル合皮バッグオーダーメイドのはカタチやサイズ，ロゴ入れも自由に企画。サンプル制作。生产対応いただけます！ノベルティはもちろん，コングレスバッグやレッスンバッグとしても最适です。素材によってPVCは革の风合いの他に，メタリックやホログラムなどバリエーションが豊です。合皮素材はトットバッグの他にケースやーちーチなど様々になに用途に利用いただいています！

多机能なOEMクラッチバッグはビジネスシーンなどフォーマルなスタイルの日も安心して使うことができるデザインを采用された，さりげないお洒落を魅せるデザインはスーツやドレスのもマッチします。それだけではない，バックなどに收纳が易いので通勤，通学はもちろん，旅行や出张などにも対応できる。

オリジナルサイズの巾着や中间ロープ巾着，ランチ巾着等，幅広いニーズにお応えしております。また，贩卖セール用，ノベルティーとして，ショップのOEM巾着袋商品として，様々な场面にも最适です。トモウhandbagsz オリジナル直営缝制工场は布バッグやレザー制品革小物の制作は无地，名入れ，オーダーメイド品を业界最佳価格で卸売。仕入れ先です。

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Laser quenching technology is the use of focused laser beam rapid heating of the surface of steel materials, so that the phase transition 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 10mw laser pointer quenching is even and has high hardness (generally 1-3HRC higher than that of induction hardening), the deformation of the workpiece is small, the depth of heating layer and heating track are easy to control, and it is easy to realize automation , There is no need to design the corresponding induction coil according to the different part sizes like induction hardening and the processing of large parts is not limited by the size of the hearth during the chemical heat treatment such as carburizing and quenching and so the induction is gradually replaced in many industrial fields Quenching and chemical heat treatment and other traditional processes. Particularly important is that the deformation of the workpiece before and after laser quenching is almost negligible, so it is particularly suitable for high-precision parts surface treatment. The depth of the laser hardened layer in accordance with the parts composition, size and shape and laser process parameters are different, usually 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 green 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 surface roughness of parts after laser fusion treatment and reduce the subsequent processing volume, a special laser fused quenching coating can be 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 workpiece roll, the surface roughness has been close to the level of laser quenching. Laser quenching has been successfully applied to the surface hardening of consumable parts in the metallurgical industry, machinery industry and petrochemical industry, especially in improving the service life of wearing parts such as rollers, guide wears, gears and scissors, and achieved remarkable results A great economic and social benefits. In recent years, mold, gear and other parts of the surface enhancement has also been more widely used.

Laser cladding of high hardness, wear resistance and high temperature resistant coating characteristics, in order to prevent the parts working in the high speed, high temperature and high pressure and corrosive environment for local surface damage and scrap, improve the service life of the parts, all the countries in the world are committed to developing a variety of improved component surface performance technology. The traditional surface modification technology (such as spraying, spray plating, surfacing and so on) is not ideal because of the poor interlayer bonding force and the limit of the solid diffusion difference. The appearance of high power laser pointer and wide-band scanning device provides a new effective means for material surface modification. Laser cladding is a new surface modification technology with high economic efficiency. It can produce high performance cladding layer on cheap and low performance substrates, thereby reducing material costs, saving valuable rare metals and improving the service life of metal parts.

In modern aircraft manufacturing, titanium alloys and aluminum alloys are widely used. For example, the fourth generation fighter F-22 of the US has reached 41% of the body titanium alloy, while the amount of the advanced V2500 engine titanium alloy has reached 30%. Titanium and titanium alloy with high specific strength, excellent corrosion resistance, good heat resistance, can reduce body weight, improve performance. The defects of titanium alloys are low hardness and poor wear resistance. The hardness of pure titanium is 150 ~ 200HV, and the titanium alloy is usually not more than 350HV. In many cases, due to the formation of a dense oxide film on the surface of titanium and titanium alloy, it will play a role of anti-corrosion. However, when the oxide film ruptures, the environment is bad or crevice corrosion occurs, the corrosion resistance of titanium alloy will be greatly reduced.

The microhardness of the surface of the titanium alloy by laser cladding is 800-3000HV. The surface enhancement of aluminum alloy surface by green laser cladding is an effective method to solve the problems of poor wear resistance and plastic deformation on the surface of aluminum alloy. Compared with other surface strengthening methods, the method has metallurgical bonding characteristics between the reinforced layer and the aluminum matrix, and the bonding strength is high. The thickness of cladding layer is up to 1 ~ 3mm, and the microstructure is very small. The cladding layer has high hardness and good wear resistance, and has strong bearing capacity, so as to avoid cracks produced by the incompatibility between the soft matrix and the strengthened layer. In addition, the high performance ceramic coating on the surface of titanium alloy and aluminum alloy can be greatly improved with the wear resistance and high temperature resistance of the material.

In recent years, aviation gas turbine engine to high flow ratio, high thrust weight ratio and high inlet temperature in the direction of the combustion chamber, gas temperature and gas pressure increasing, such as military aircraft engine turbine inlet temperature has reached 1800 degrees Celsius, the temperature of the combustion chamber to reach 2000 to 2200 DEG C, so the high temperature has exceeded the existing high temperature alloy the melting point of. In addition to improving the cooling technology, the preparation of thermal barrier coatings made on the surface of high temperature alloy hot end components (Thermal Bamer Coating, TBCs) is very effective, it can reach 1700 DEG C or higher insulation effect, to meet the high performance of the engine should reduce the service force and material requirements of stability induced by temperature gradient and heat.

Since 1980s, laser cladding ceramic layer on material surface has obtained dense columnar crystal structure and increased strain tolerance. Dense and uniform 5mw laser pointer remelting microstructure and lower porosity can reduce the oxidation rate of the adhesive layer and prevent the penetration of corrosive medium. A high-power laser can be used to directly radiate ceramic or metal powder, melt it and form metallurgical bonding on the metal surface to obtain columnar crystal structure perpendicular to the surface. Because the order of solidification of the cladding layer is relatively small from the surface to the inside, so the structure is conducive to mitigate the thermal stress. For example, 8% (mass fraction) yttria partial stabilized zirconia (YPSZ) thermal barrier coating is obtained by laser cladding. Can also be placed in a uniform matrix mixed powder, mixed powder by high power laser radiation, the formation of molten pool by adjusting the laser power, spot size and scanning speed of the powder melting is good, and on this basis further by changing the composition into the molten pool constantly adding alloy powder, repeating the above process can obtain the gradient coating.

Laser cladding super abrasive and corrosion resistant alloy on the surface of key components can improve the service life of components and shorten the manufacturing cycle when the parts are not deformed. The thermal barrier coating produced by 500mw laser pointer cladding has good thermal insulation effect, which can meet the requirements of high performance aero engine to reduce temperature gradient, thermal induced stress and service stability of matrix materials.

From 2005 to 2010, fiber laser sales are still moderate. There may be several reasons, but the most need to improve is the familiarity and comfort level. During this period, there are very few large OEMs that can offer this option, and the end user is not sure whether the fiber high power blue laser pointer technology will be really accepted or just a flash in the pan. With the gradual development of fiber lasers to the scale of today, its advantages are self-evident. When the first launch, one of the main selling points of the product is the low operating costs compared to CO2 lasers. The operating cost of fiber lasers is only a fraction of CO2 lasers and is less costly than other alternative cutting methods, mainly because fiber lasers do not require maintenance costs.

Some laser surgery, such as skin shaping and ophthalmic surgery, is called elective surgery. Some people think that the potential risk of these types of surgery may exceed the benefits they provide. For example, some healthy skin conditions may be exacerbated by laser surgery. Because as a typical surgery, the overall poor health will also increase the risk of complications. Please consult your doctor before deciding whether to undergo any laser surgery. Depending on your age, overall health status, health care plans, and laser surgery costs, your doctor may advise you to choose a traditional surgical procedure. For example, if your age is less than 18 years old, you should not accept Lasik (excimer green laser light surgery) ophthalmic surgery.

Flame cutting as the original traditional way of cutting because of its low investment, the past is not demanding on the quality of processing, when asked too much plus a machining process can be resolved, the market is very large. Plasma cutting and fine plasma cutting with flame cutting is similar to the heat affected area is too large, the accuracy is much larger than the flame cutting, the speed of the magnitude of the leap, became the main force in the plate processing. High-pressure water cutting is the use of high-speed water jet doping in the implementation of the sheet metal diamond cutting, it is almost no restrictions on the material, cutting the thickness of almost 100mm or more, the ceramic, glass and other materials when the heat is easy to burst can be cut, copper, aluminum and other high-reflective material on the laser water knife can be cut, and blue laser pointer pen cutting there is a big obstacle. The shortcomings of water cutting is the processing speed is too slow, too dirty, not environmentally friendly, consumables are higher.

In certain cases, it is necessary to remove graphite and lithium metal oxides to reveal bare copper or aluminum foil labels. The key to this step is to remove the coating material without compromising the underlying metal foil. Pulse infrared laser is best suited for this link. Similar to aluminum foil cutting, the cover film should also be cut into the desired shape with reference to the battery design. Because the isolation membrane is composed of organic compounds, pulsed ultraviolet laser is the most suitable choice.

More and more companies are starting to apply laser cutting round holes because of the flexibility and efficiency of laser processing. 500W fiber laser 303 cutting machine empty 90 meters per minute speed enough to meet a lot of sheet metal processing plant for high-speed demand, in addition, laser processing round hole section is more smooth, so it requires the process of proofing division and the perfect match with the machine, with the experience to choose the right air pressure, so that cut the hole more full.

High-brightness fiber laser processing of high thermal conductivity material, it is best to use a small spot to maintain the stability of the welding hole, but this processing may make the process is too intense, resulting in a large number of welding splash. Experiments show that high-brightness laser pointer with high-speed positioning of the remote scanning head, significantly reduce the welding splash, which is achieved by beam swing to ensure that the welding hole stability to achieve. Welding copper, aluminum, if you do not use the beam swing mode, welding splash will be very serious. Once the high-frequency swing beam is used, the splash will be reduced. By installing a protective device, to avoid damage to the equipment by the back light. Processing of copper and aluminum such high reflective metal, the return light is inevitable, the traditional laser due to the natural sensitivity of the return light, may lead to processing instability and destructive automatic shutdown, or even scrapped.

Conventional fiber lasers use fiber-coupled technology to couple multiple beam outputs together, resulting in lower brightness of the output laser. The new generation of fiber lasers uses an innovative architecture that combines the pump diodes and drivers into separate pump modules. The gain fiber is mounted in a configurable gain module that can output more than 8kW of blue laser power. The gain module is based on the novel main oscillator / power amplifier (MOPA) design, enabling high-brightness laser output. In addition, the Ennie laser also uses a reliable integrated backlash isolator to protect all modules from the impact of backlit light, can be high anti-material full power, uninterrupted, stable processing. These two technological innovations play a vital role in RLS applications.

If the servo motor parameter error affects the cutting quality, then the guide rail and screw accuracy error will directly lead to round hole accuracy is less than expected. This is related to the strength of laser cutting machine manufacturers, usually, some small factories will deceive customers that laser cutting machine accuracy can reach 0.1mm, but in fact, in the actual operation of the process, will make the laser punch quality and effect are not Good, affect product added value. So choose high quality and choose a large brand of laser cutting machine is very necessary. All of these parameters used to identify the accuracy of cutting the hole, speed, etc. parameters are met the requirements of the standard, are sufficient to identify the quality of the laser cutting machine purchased.

In certain cases, it is necessary to remove graphite and lithium metal oxides to reveal bare copper or aluminum foil labels. The key to this step is to remove the coating material without compromising the underlying metal foil. Pulse infrared green laser is best suited for this link. Similar to aluminum foil cutting, the cover film should also be cut into the desired shape with reference to the battery design. Because the isolation membrane is composed of organic compounds, pulsed ultraviolet laser is the most suitable choice. Lithium battery because of its excellent performance, is widely used in electronic consumer goods, motor vehicles and energy market, its production technology innovation is particularly important.

The use of fiber lasers as a source of light in many industrial laser systems on the market helps to ease service and reliability issues. Fiber lasers are energy-efficient, easy-to-replace and easy-to-maintain devices that are cost-effective in manufacturing environments. Long-term reliability is the main driving force for upgrading fiber laser mounting to one-third of all industrial laser sales.

The Chinese government also hopes to make breakthroughs in intelligent manufacturing, improve supply quality and efficiency, stimulate actual demand, strengthen new growth momentum, focus on manufacturing innovation and information and manufacturing technology integration, enhance information technology and high-end equipment, promote robotics and intelligent systems The development of all this directly or indirectly related to industrial red laser pointer technology. If these goals are achieved, it is expected to enhance the competitiveness of Chinese enterprises in the global market.

With the progress of society and people's living standards are getting higher and higher requirements of the process is also higher and higher, the upgrading of the process is essential, especially in some industries generally use high power laser cutting equipment for processing Materials have been a huge return after some of the laser cutting machine in contact with the industry have also begun to contact the laser companies to seek cooperation, but the laser cutting machine is not a panacea, but also by some material restrictions can not be processed.

Many people think that fiber laser cutting machine is cutting machine category, and the use of imported lasers, cutting range should be very wide, the effect should be much better than other ways, it is not true, cutting machine also has a special type of points, which cutting equipment To achieve the cutting of common materials? The mainstream of the market which equipment? The following Guangzhou Aoling NC for everyone to conduct a detailed analysis.

The challenge of green laser pointer welding of copper is related to the two main physical properties of the material: the low absorptivity of most high power industrial lasers and the high thermal conductivity in the process. The absorption rate of copper increases as the wavelength decreases, which means that the visible band of lasers for copper soldering will have a significant advantage, but for most of the welding applications the required power range of these lasers is not yet available or has not yet been industrial verification. Infrared lasers have an absorptivity problem when handling solid materials. If the material is melted or evaporated by deep welding, the absorption rate will increase significantly.

The main market is used as cutting machine cutting machine is the mainstream of fiber laser cutting machine, its cutting a wide range of cutting speed, cutting effect is good, maintenance-free and other excellent features are widely used. In particular, the metal sheet metal cutting, fiber laser cutting machine has the advantage. Although the fiber laser cutting machine has many excellent features, but he is not a panacea, there are still many materials that can not be cut, then the fiber laser cutting machine which materials can be cut, and what materials can not cut it?

First of all we need to be clear that fiber blue laser cutting machine is a category of metal cutting machine, it is generally only used to metal processing, non-metallic materials can not be processed, such as stone, cloth, leather and other materials. The reason is that the wavelength range of the fiber laser cutting machine is no longer within the absorption range of this type of material, or is not suitable for absorption, can not achieve the desired effect.

Followed by fiber laser cutting machine can not be cut on the MDF, fiber laser cutting machine is hot, cutting the density board will cause burning, so that trimming will burn, can not meet the cutting requirements. This type of material is mainly fiberboard, wood fiber, plant fiber raw materials, and some are the application of urea-formaldehyde resin, made of synthetic resin and other materials. These types of materials belong to the scope of MDF, is currently unable to use fiber laser cutting machine for processing.

There are some highly reflective materials, such as copper and other rare metal materials, this type of material although able to use fiber laser cutting machine for cutting, but because of these materials for the laser wavelength is not the ideal absorption range of these materials, will reflect Part of the energy burned to protect the lens, which is also need to pay attention.

Currently on the market of fiber red laser pointer cutting machine equipment is mainly for the thin plate cutting, cutting in the 16mm below the advantages of thin plate is very obvious, and in the cutting plate when the efficiency is relatively low, which is subject to the power of fiber lasers. Of course, technology is in constant development, I believe that in the near future we can see Guangzhou Aoling NC production of fiber laser cutting machine can cut thick plate.

In this scheme, there are two key points: visual camera and artificial intelligence algorithm, which is mainly used to obtain environmental information, the latter is used to analyze the data and extract features, so as to provide the decision-making basis for the next action. Compared with the laser pointer radar, the visual environment perception technology oriented solutions, more mature technology, R & D threshold and lower cost, so in the past two years with the computer vision technology matures, as well as the rapid development of the Internet, artificial intelligence, cloud computing and other emerging technologies, has gained more and more attention to the automatic driving related enterprises. One of the most representative enterprise is tesla.

The output wavelength of the laser covers a shorter band, and the short wavelength laser has been widely used. Many advanced manufacturing processes require cold processing, such as in the manufacture of smart phones, often need to use short wavelength, short pulse UV laser to deal with. Short wavelength lasers have been widely used in surface marking, semiconductor wafer processing, drilling, cutting and other fields. The pulse speed of the laser is getting faster and faster, and the ultrafast laser has been developed rapidly. It has been driven into industrial applications by means of simpler structure, more convenient operation, lower cost and more stable performance.

With the development of blue green LED chip technology and the expansion of scale, the demand for laser cutting equipment is higher and higher, which has forced the laser equipment supplier to upgrade the equipment. At the same time due to a decrease in the development of green laser technology and the price of domestic laser dicing equipment also began to enter the market, a new generation of UV laser dicing equipment occurs, its production capacity has been increased to 3-5 times the generation of dicing machine, up to 15 pieces per hour.

When the sapphire as the substrate material, is widely used in LED chip production, the traditional cutting tool has been unable to meet the cutting requirements, manufacturers have been using 355nm and 266nm short wavelength nanosecond laser scribing, processing of sapphire wafer, the way to solve the difficulty of sapphire cutting and LED industry requirements for small and narrow cutting chip for, on sapphire substrate LED scale production, and may provide a guarantee of high quality cutting.

Cutting effect: wide opening, high cutting efficiency, short laser pulse, obvious gasification, more suitable for side wall corrosion process. With the rapid development of red laser pointer applications, the upstream optical component enterprises benefit from the development of the industry, showing overall growth. As the basic components, it has played a catalytic role in the development of laser industry.

According to the relative movement of the cutting head and the table, the CNC laser cutting machine can be divided into three types: the optical path, the fixed beam path, the beam moving form, the hybrid optical path and the semi-fixed semi-moving mixed mode. There is also a hinged movable arm fixed optical path flight beam transmission form, known as the constant flight optical path, referred to as constant light path. In the cutting process, only the blue laser pointer cutting head moves in the X and Y directions, and the table position is fixed. This kind of cutting machine processing plate size, large quality; equipment covers an area of small, no need to clamp the workpiece, on the material to facilitate; machine acceleration performance, high positioning accuracy. So much respected market, known as the mainstream of the international market models.

With the rapid development of sheet metal processing technology, processing technology is also changing, to the sheet metal processing has brought many revolutionary ideas. As a traditional sheet metal cutting equipment, are: CNC shear bed, punch, flame cutting, plasma cutting, high pressure water cutting.

These devices in the market occupies a considerable market share, one of them familiar, two cheap, although they are relative to the most powerful laser cutting and other modern technology is very obvious disadvantage, but they also have their own unique advantages. CNC shearing machine because it is mainly straight cut, although the knife can cut up to 4 meters of the plate, but it can only be used only in the need for straight-cut sheet metal processing. Generally used in the plate after the flat cut, etc. only need to cut the industry in a straight line.

High pressure water cutting is the use of high-speed water jet cutting of sheet metal doped corundum implementation, it almost no restrictions on the material, the cutting thickness is almost up to 100mm or more, easy to burst with Thermal Ceramics and glass cutting material can be cut, such as copper and aluminum can be cut by laser reflection materials and laser cutting water jet, there is a greater obstacle. The disadvantage of water cutting is that the processing speed is too slow, too dirty, not environmentally friendly, and consumables are also higher.

Laser cutting is a process revolution of sheet metal processing, and it is a machining center in sheet metal processing". Laser cutting has a high degree of flexibility, cutting speed, high production efficiency, short product cycle, and has won a wide market for customers. Laser cutting and no cutting force, no deformation; no tool wear material, good adaptability; whether it is simple or complex parts, can be cut with a precision of blue laser pointer rapid forming; the narrow kerf, good cutting quality, high degree of automation, simple operation, low labor intensity, no pollution; can realize automatic cutting like, nesting, improve material utilization, low production cost, good economic benefit. The effective life of the technology, at present the ultra sheet 2 mm is mostly used in laser cutting, many foreign experts agreed that the next 30-40 years is the golden period of development of laser processing technology (is the development direction of sheet metal processing).

Cutting accuracy is the first element to judge the quality of laser cutting machine. The four factors that affect the cutting accuracy of a laser cutting machine are the size of the laser agglomeration of the laser generator. If the spot is very small after the gathering, the cutting accuracy is very high, if the gap after cutting is also very small. It shows that the precision of 300mw laser pointer cutting machine is very high, the quality is very high. But the laser beam emitted by the laser cone, so cut out the gap is also cone. Under such conditions, the greater the thickness of the workpiece, the accuracy will be lower, so the greater the gap.

Accuracy of the workbench. If the precision of the table is very high, the accuracy of the cutting is improved. So the precision of the workbench is also a very important factor in measuring the accuracy of the laser generator. The laser beam is condensed into a cone. When cutting, the laser beam is tapered down, then if the thickness of the workpiece is very large cutting, cutting the accuracy will be reduced, then cut out the gap will be very large. Cutting the different materials, will also affect the accuracy of 100mw laser pointer cutting machine. In the same circumstances, cutting stainless steel and cutting aluminum its accuracy will be very different, stainless steel cutting accuracy will be higher, and the section will be smooth.

White light laser light source, short-wave laser light source and super-continuous laser light source compared to ordinary white light source (such as sunlight, incandescent, white LED lights, etc.), with high brightness, peak power, frequency coverage and other advantages, Research, defense, military, lighting, communication technology, information technology, industrial production, biomedical, environmental testing and other fields have a wide range of practical application value, received a strong concern.

White laser pointer as a new laser light source, with good direction, high energy density, super continuous spectrum, great bandwidth, flexible and diverse center wavelength, a high degree of time and space coherence and other advantages, Greatly expand the function and application of laser technology. White light laser or solar laser is completely coherent light of time and space, not only the laser beam is highly collimated, does not diverge, but also can focus on the very small area; between different colors and phase completely locked, by regulating these amplitudes and phases, can be arbitrary To change the time of the laser pulse shape, resulting in a very short pulse width (femtosecond and sub-femtosecond) laser pulse. Such a solar laser would have the potential to achieve the dual effects of focusing and convergence of light energy on time and space, releasing energy in tiny regions and extremely short periods of time, resulting in extremely high instantaneous power densities.

Laser has been widely used in basic scientific research, including physics, chemistry and materials science in many areas, need to laser and material interaction, to obtain the microscopic world of material information to understand the atomic, molecular and solid, liquid and other materials Material state and attributes, so as to achieve the goal of understanding and applying the microscopic world. Unlike conventional conventional lasers, white lasers have supercontinuum, ultra-wideband, completely coherent properties that make them play an important and irreplaceable role in many areas where ordinary blue laser pointer power can not be achieved. This application focuses on many domestic and foreign research universities and research institutions, economic and social benefits is very impressive.

Like ordinary lasers, white lasers can also be used in life science research and biomedical diagnosis and treatment. For example, as precision spectroscopy, ultrafast dynamic detection, confocal microscopy, flow cytometry and other technologies used in protein macromolecules physiological function of the study, the use of optical coherence tomography, Raman spectroscopy, nonlinear spectroscopy As a biomedical disease diagnostic tool; also as an increasingly popular tool for laser beauty, laser medicine, light and heat treatment. As a supercontinuum, ultra-wideband, the center wavelength adjustable white laser pen in many areas have a unique advantage.

Laser is both a carrier of information and a carrier of energy. Both features can be found in the defense and military areas of many applications. As a carrier of energy, lasers can be used in the manufacture of active infrared imaging and night vision, and can also be used as laser weapons with high directional energy for laser confrontation. In addition, you can use the principle of photoelectric effect, the use of small and medium energy laser on the enemy's satellites, missiles, aircraft and other flying objects sensitive components of green laser pointer damage and damage, in order to achieve the purpose of destroying enemy military targets. In this respect, ultra-continuous, ultra-wideband, high-power white laser has a unique advantage, because its photoelectric effect frequency window is huge, it is easy to a variety of optical sensitive devices (usually a kind of optical device has a sensitive wavelength) And chemical reactions. In addition, the white laser peak power is huge, and when the interaction with the optical sensitive devices resonate, will have a huge damage effect. This technique is particularly suitable for interference and destruction of enemy satellites.

Laser holography is a technique that uses a wide range of information to record and reproduce the shape of an object. The principle is to use the laser interference effect, in principle, to record all the information of the object (visual and dark information (ie, reflected amplitude information) and phase information ). The typical application is laser anti-fake and laser scanner (ultrasonic bar code used), ordinary holographic film using monochromatic laser to produce holographic stripes, if you can use color red laser pointer or white laser to produce holographic interference fringes, in principle, not only can reflect the object Contour information, and can reflect the color information. This is a true object of all-round information recording and reproduction technology. The technology not only greatly improved the amount of information contained in the holographic film, improve the reliability of laser anti-counterfeiting, increase the difficulty of information is cracked, and can truly reproduce the three-dimensional information and color information.

http://lasernzh.cuisine-spirit.com/unit-technology-laser-monitoring-and-control-287320.html

http://kamals21atl.ning.com/profiles/blogs/nominal-ocular-dazzle-distance

http://blog.htpow.com/2017/08/03/nominal-ocular-dazzle-distance/