The use of green laser pointer is ultra safe
The quality of the laser beam quality can be used in the beam far-field divergence angle, beam focusing characteristic parameters Kf and the diffraction limit by a factor of M2 (M) or the beam
propagation factor K values to represent. Low-power lasers, the substance of the work uniform and stable, can generally achieve fundamental mode output beam cross-section energy distribution is
Gaussian, and remained unchanged during transmission, the beam quality is good; for high-power lasers, generally difficult to obtain fundamental mode output, the output is often a multi-mode laser
beam, laser beam quality variation. Currently used in industrial high-power lasers have two kinds of CO2 lasers and YAG lasers. At the same time, green laser pointer can serve as the necessary
accessories.
A wide industrial applications of high-power lasers, laser cutting, laser welding requires good beam quality, and the pursuit of high-power laser with high beam quality industrial laser development
goals. Changsha Quantum Optics Technology Co., Ltd., located in Changsha City, Hunan Province. Our company specializes in the production of various kinds of laser systems used in optical
components, offers a variety of high quality laser optics manufacturers and end users for the various types of laser systems. Production capacity covering cutting, grinding, polishing, coating,
testing, assembling the entire process. The company set the classical and modern processing technology, and gradually formed a mature optical cold working techniques. The use of green laser pointer
is ultra safe.
After a long and continuous accumulation of summary and innovation, with a maturity of infrared, visible light optical thin film design and manufacturing capabilities. U.S. military standards and
national standards, and established perfect and strict quality control system. Products are sold to many countries and regions in Asia, the Americas, Europe. All along, we are committed to produce
high quality products, to create excellent quality, honest and trustworthy brand. And good customer service, your satisfaction is our consistent pursuit of the goal. We warmly welcome our customers
at home and abroad to discuss cooperation. What’s more, services for labeling personalized logos according to the needs of different clients are available for this kind of green laser pointer .
Thursday, January 31, 2013
Wednesday, January 30, 2013
A protecting key is provided for this kind of green laser pointer
A protecting key is provided for this kind of green laser pointer .
The process parameters such as the protection of the gas type and flow rate, powder flow and powder feeding position, laser power, powder nozzle diameter, scanning speed and the defocus amount, preheat temperature, etc. have a significant effect on quality. Application examples. Application of laser cladding technology to deal with the mold surface can be either machined into billet manufacturing mold surface modification can also be the mold for the forming of a certain number of normal failure surface repair, the fact that, as long as the proper understanding of the laws of die wear in the life cycle of the mold surface protective treatment in a timely manner, we can extend the maximum life of the mold. green laser pointer has been becoming popular since they first appeared on the market.
green laser pointer are innovative, integrated with laser indicators
The application of laser cladding technology the key lies in the choice of coating materials, process method, the choice of process parameters. Cladding materials, including self-fluxing alloys, composites, ceramic materials, these materials have excellent wear resistance, corrosion resistance, and usually in powder form. Performance characteristics of various types of cladding materials, the following table. The laser cladding methods and processes: Alloy synchronization method using a specialized feeding system during laser cladding alloy materials sent directly to the laser active region, the substrate and the alloy at the same time the role of the laser melting, and then cooling crystallization of the cladding layer.To solve this typical problem, education industry has attached great importance on the close combination of teachers experience, habits and the modern teaching equipments including green laser pointer .
In order to ensure uniform distribution of optical power density within the laser spot, so that the shape of the powder flow and spot shape and size to match the strict control of powder flow and substrate, the laser beam among the relative position. General power density 103-108W/cm 2, the cladding process is completed within the 0.1-1s. After heat treatment furnace heat insulation, full after the furnace cooling to eliminate the residual stress of the cladding layer. Machining, machining, and check the quality of surface treatment.
The process parameters such as the protection of the gas type and flow rate, powder flow and powder feeding position, laser power, powder nozzle diameter, scanning speed and the defocus amount, preheat temperature, etc. have a significant effect on quality. Application examples. Application of laser cladding technology to deal with the mold surface can be either machined into billet manufacturing mold surface modification can also be the mold for the forming of a certain number of normal failure surface repair, the fact that, as long as the proper understanding of the laws of die wear in the life cycle of the mold surface protective treatment in a timely manner, we can extend the maximum life of the mold. green laser pointer has been becoming popular since they first appeared on the market.
green laser pointer are innovative, integrated with laser indicators
The application of laser cladding technology the key lies in the choice of coating materials, process method, the choice of process parameters. Cladding materials, including self-fluxing alloys, composites, ceramic materials, these materials have excellent wear resistance, corrosion resistance, and usually in powder form. Performance characteristics of various types of cladding materials, the following table. The laser cladding methods and processes: Alloy synchronization method using a specialized feeding system during laser cladding alloy materials sent directly to the laser active region, the substrate and the alloy at the same time the role of the laser melting, and then cooling crystallization of the cladding layer.To solve this typical problem, education industry has attached great importance on the close combination of teachers experience, habits and the modern teaching equipments including green laser pointer .
In order to ensure uniform distribution of optical power density within the laser spot, so that the shape of the powder flow and spot shape and size to match the strict control of powder flow and substrate, the laser beam among the relative position. General power density 103-108W/cm 2, the cladding process is completed within the 0.1-1s. After heat treatment furnace heat insulation, full after the furnace cooling to eliminate the residual stress of the cladding layer. Machining, machining, and check the quality of surface treatment.
Tuesday, January 29, 2013
In order to improve the protective effect
Technology of green laser pointer is more advanced and complicated.
Laser medium for the diffusion bonding Yb: YAG / of YAG crystals, the middle is the size of the F 4 × 80 mm, doped with atomic number fraction of 0.6% Yb: YAG, both ends of the bond F a 6 mm white of YAG crystal total length of 128 mm, face and cut a small wedge angle in order to prevent parasitic oscillation. When the pump power of 9 kW, 2.65 kW laser output laser optical conversion efficiency of 28%. The high beam quality (M2 = 2.1) when the pump power of 6 kW, 860 W laser output. Units of domestic rod-like high-power solid-state lasers are mainly concentrated in the Institute of Physics, Chinese Academy of Sciences of Fujian FJIRSM North China Opto-Electronics, Huazhong University of Science and Technology, Institute of Semiconductors, by and other units. The customer can choose the suitable output power of green laser pointer as per the actual needs.
April 2006, Institute of Semiconductors, using self-developed high-power laser head through the double rods for more than 3 kW solid-state laser output; October, Institute of Physics by rods way to obtain the high power of 3.8 kW
The plasma cloud penetration effects are most obvious at low welding speed zone. When the welding speed increases, its impact will be reduced. The shielding gas to reach the surface through the nozzle exit pressure injection, hydrodynamic shape and diameter of the exports of the nozzle size is very important. It must be large enough to drive the spray of the protective gas covered surface, but in order to effectively protect the lens to prevent the metal vapor contamination or metal splash damage to the lens, nozzle size should be limited. The flow must also be controlled, otherwise laminar flow becomes turbulent protective gas atmosphere involved in the bath, and ultimately the formation of pores. In order to improve the protective effect, but also with additional lateral blowing. Various functions of green laser pointer with remote control will be introduced.The plasma cloud penetration effects are most obvious at low welding speed zone. When the welding speed increases, its impact will be reduced. The shielding gas to reach the surface through the nozzle exit pressure injection, hydrodynamic shape and diameter of the exports of the nozzle size is very important.
Laser medium for the diffusion bonding Yb: YAG / of YAG crystals, the middle is the size of the F 4 × 80 mm, doped with atomic number fraction of 0.6% Yb: YAG, both ends of the bond F a 6 mm white of YAG crystal total length of 128 mm, face and cut a small wedge angle in order to prevent parasitic oscillation. When the pump power of 9 kW, 2.65 kW laser output laser optical conversion efficiency of 28%. The high beam quality (M2 = 2.1) when the pump power of 6 kW, 860 W laser output. Units of domestic rod-like high-power solid-state lasers are mainly concentrated in the Institute of Physics, Chinese Academy of Sciences of Fujian FJIRSM North China Opto-Electronics, Huazhong University of Science and Technology, Institute of Semiconductors, by and other units. The customer can choose the suitable output power of green laser pointer as per the actual needs.
April 2006, Institute of Semiconductors, using self-developed high-power laser head through the double rods for more than 3 kW solid-state laser output; October, Institute of Physics by rods way to obtain the high power of 3.8 kW
The plasma cloud penetration effects are most obvious at low welding speed zone. When the welding speed increases, its impact will be reduced. The shielding gas to reach the surface through the nozzle exit pressure injection, hydrodynamic shape and diameter of the exports of the nozzle size is very important. It must be large enough to drive the spray of the protective gas covered surface, but in order to effectively protect the lens to prevent the metal vapor contamination or metal splash damage to the lens, nozzle size should be limited. The flow must also be controlled, otherwise laminar flow becomes turbulent protective gas atmosphere involved in the bath, and ultimately the formation of pores. In order to improve the protective effect, but also with additional lateral blowing. Various functions of green laser pointer with remote control will be introduced.The plasma cloud penetration effects are most obvious at low welding speed zone. When the welding speed increases, its impact will be reduced. The shielding gas to reach the surface through the nozzle exit pressure injection, hydrodynamic shape and diameter of the exports of the nozzle size is very important.
Sunday, January 27, 2013
This is because the weld solidification crystallization
As can be
seen from the figure, the organization of the butt weld all thick cylindrical ferrite. This is because the weld solidification crystallization is the process of nucleation and grew up, due to the
characteristics of laser welding heat fast cooling fast, bath center and the edge there is a big temperature gradient, leading to columnar grains in the weld development. The higher the temperature rise, the faster the temperature drops, which makes the heat affected zone, but the higher the
frequency the more small.
The hardness of the impact on the performance of tailor welded blanks (1) analysis can be seen from Figure 3.9, the overall hardness greater than the hardness of the base metal laser welding of
welded joints. This is because in the welding process, the melting of the weld metal carbonitride precipitates in the ferrite and cementite of punctate, in the subsequent cooling process, so the
weld hardness greater than any one of the base metal hardness. Large hardness variation the M170P side of the heat-affected zone hardness increased rapidly, there are much higher than the maximum
hardness of the weld and parent material near the weld position; downward trend in the DC06-side heat-affected zone from the weld to the parent material, and much lower than the M170P side of the
heat affected zone; DC06 side of the heat affected zone width is greater than the width of the the M170P side heat-affected zone. This kind of battery is one of the most commonly used Li batteries
among all batteries used by the electronic equipments including green laser pointer .
This is due to the in the M170P side of the heat-affected zone in the heating, the original solid solution precipitates in the ferrite C, N, Ti and other elements, in the subsequent cooling in the
carbonitride near the weld region gathered in the ferrite collective formation of organizations such as bainite and martensite, which makes the high hardness in the region. DC06-side heat-affected
zone, the organization of the base metal ferrite content of alloying elements, especially the lack of pinning the grain boundary carbides, austenite grain boundaries when the heating is growing up,
the heat diffusion in the crystal faster in the subsequent cooling process of the formation of ferrite microstructure thick, the width of the heat-affected zone than M170P side, so DC06 side of the
heat affected zone hardness than the hardness of the weld. That is the reason why this kind of battery of green laser pointer is called Li battery.
seen from the figure, the organization of the butt weld all thick cylindrical ferrite. This is because the weld solidification crystallization is the process of nucleation and grew up, due to the
characteristics of laser welding heat fast cooling fast, bath center and the edge there is a big temperature gradient, leading to columnar grains in the weld development. The higher the temperature rise, the faster the temperature drops, which makes the heat affected zone, but the higher the
frequency the more small.
The hardness of the impact on the performance of tailor welded blanks (1) analysis can be seen from Figure 3.9, the overall hardness greater than the hardness of the base metal laser welding of
welded joints. This is because in the welding process, the melting of the weld metal carbonitride precipitates in the ferrite and cementite of punctate, in the subsequent cooling process, so the
weld hardness greater than any one of the base metal hardness. Large hardness variation the M170P side of the heat-affected zone hardness increased rapidly, there are much higher than the maximum
hardness of the weld and parent material near the weld position; downward trend in the DC06-side heat-affected zone from the weld to the parent material, and much lower than the M170P side of the
heat affected zone; DC06 side of the heat affected zone width is greater than the width of the the M170P side heat-affected zone. This kind of battery is one of the most commonly used Li batteries
among all batteries used by the electronic equipments including green laser pointer .
This is due to the in the M170P side of the heat-affected zone in the heating, the original solid solution precipitates in the ferrite C, N, Ti and other elements, in the subsequent cooling in the
carbonitride near the weld region gathered in the ferrite collective formation of organizations such as bainite and martensite, which makes the high hardness in the region. DC06-side heat-affected
zone, the organization of the base metal ferrite content of alloying elements, especially the lack of pinning the grain boundary carbides, austenite grain boundaries when the heating is growing up,
the heat diffusion in the crystal faster in the subsequent cooling process of the formation of ferrite microstructure thick, the width of the heat-affected zone than M170P side, so DC06 side of the
heat affected zone hardness than the hardness of the weld. That is the reason why this kind of battery of green laser pointer is called Li battery.
Friday, January 25, 2013
The accuracy of laser pointer will determine the quality
The accuracy of laser pointer will determine the quality of laser pointer to some extent.
To 1863, Maxwell published his famous theory of electromagnetism, revealing light is an electromagnetic wave, when the wave theory of a problem --- the last transmission media issues have also been
solved. According to the traditional mechanical wave theory, light vibration in the elastic medium in a body vibration. As the speed of light, great, great people have to concoct an elastic medium,
but a very small density of the "ether", as the transmission medium and the scattered light in space. However, no experiments have measured less than the existence of ether, and assume that its
existence has caused a lot of trouble. Thus, the "ether" has become one big problem the wave theory, is not want to abandon the "tasteless." The customer cares about the accuracy of parameter of
laser pointer much.United States 14 million people who want to remove the tattoo, the United States every year 450,000 patients diagnosed with kidney stones, of which 1 / 3 or with endoscopic laser lithotripsy
technology, characterization of the cornea with the excimer laser to correct vision for has made more than 20,000 cases in 1995 have been approved for use by the U.S. FDA is expected in 1996 may
have 200-300 units sold in the U.S. excimer laser for the treatment of myopia, the output value of about 8000-12000 million dollars; in 1995 promotion of the CO2 laser cosmetic surgery, especially
surgery to remove wrinkles are welcome to promote the cause of these two operations in 1995 increased the income of medical lasers. The manager emphasizes the safety of laser pointer .
This method is called to remove wrinkles and then smooth the skin laser therapy, the price of each treatment in the United States from $ 800 to $ 4,500 , which estimated the market size of the skin
and then smooth up to 1.5 billion dollar, which has attracted at least eight companies for the smooth skin and then release CO2 laser laser therapy system. It is predicted that the first generation
of soft-tissue dental laser machine in the early nineties up to several thousand units sold, sales of $ 090 million, the second generation of hard-tissue dental laser machine may replace most of
the mechanical dental drill market. In early 1994, the Japanese optoelectronics industry in Japan Technology Promotion Association announced the laser - optoelectronics industry production value in
1992-1993, here only the situation in 1993.
To 1863, Maxwell published his famous theory of electromagnetism, revealing light is an electromagnetic wave, when the wave theory of a problem --- the last transmission media issues have also been
solved. According to the traditional mechanical wave theory, light vibration in the elastic medium in a body vibration. As the speed of light, great, great people have to concoct an elastic medium,
but a very small density of the "ether", as the transmission medium and the scattered light in space. However, no experiments have measured less than the existence of ether, and assume that its
existence has caused a lot of trouble. Thus, the "ether" has become one big problem the wave theory, is not want to abandon the "tasteless." The customer cares about the accuracy of parameter of
laser pointer much.United States 14 million people who want to remove the tattoo, the United States every year 450,000 patients diagnosed with kidney stones, of which 1 / 3 or with endoscopic laser lithotripsy
technology, characterization of the cornea with the excimer laser to correct vision for has made more than 20,000 cases in 1995 have been approved for use by the U.S. FDA is expected in 1996 may
have 200-300 units sold in the U.S. excimer laser for the treatment of myopia, the output value of about 8000-12000 million dollars; in 1995 promotion of the CO2 laser cosmetic surgery, especially
surgery to remove wrinkles are welcome to promote the cause of these two operations in 1995 increased the income of medical lasers. The manager emphasizes the safety of laser pointer .
This method is called to remove wrinkles and then smooth the skin laser therapy, the price of each treatment in the United States from $ 800 to $ 4,500 , which estimated the market size of the skin
and then smooth up to 1.5 billion dollar, which has attracted at least eight companies for the smooth skin and then release CO2 laser laser therapy system. It is predicted that the first generation
of soft-tissue dental laser machine in the early nineties up to several thousand units sold, sales of $ 090 million, the second generation of hard-tissue dental laser machine may replace most of
the mechanical dental drill market. In early 1994, the Japanese optoelectronics industry in Japan Technology Promotion Association announced the laser - optoelectronics industry production value in
1992-1993, here only the situation in 1993.
Thursday, January 24, 2013
green laser pointer can make their communication more effective
green laser pointer can make their communication more effective and more convenient.
Spray or coating on the surface to be treated to form a mechanical bond or metallurgical bonding based functional coating wear, heat or corrosion, including thermal spraying, thermal spray and welding technology. Diverse, flexible operation; controlled coating thickness range; types of coating materials, according to the demand selection; heat and coating materials, the proceeds of different coating properties. Can be used for new mold manufacturing, but also for the old mold repair. Chemical solution deposition coating technology can be divided into physical form by the reaction. Plating the use of electrolytic metals or alloys deposited at the surface to be treated. green laser pointer can run smoothly under Windows 98/2000/ME/XP and so on.
To form a uniform, dense, combined with a good power metal layer. Traditional chrome plating processes mature technology, stable quality, the coating thickness up to hundreds of micrometers, hardness up to 1000HV, good heat resistance, corrosion-resistant. Such as hard chrome plating steel mold surface life can be increased 3-5 times; expansion plaster mold surface conductivity after hard chrome plating, its performance can be increased more than tenfold in the mold manufacturing small batch trial have practical value. 2) electroless plating, also known as electrolytic plating, no applied current, but with the appropriate reducing agent, For gold-plated case of cationic restore deposited onto the surface to be treated. Electroless nickel phosphorus alloy coating hardness can reach 550 ~ 1100HV, the friction coefficient. What’s more, USB flash disks could also be integrated into green laser pointer .
Rarely stick mode and the strain phenomenon, corrosion resistance than stainless steel, if the introduction of SiC, PTE or Cu to form a better performance of the composite coating, the shape of the parts can be plated unrestricted and low cost, high efficiency, a variety of mold new ways of surface hardening, particularly applicable to plastic mold or rubber mold, glass mold, bakelite mold, die casting mold and pull the mold. Ion plating PVD technology, the mold surface processing applications the main ion-plated TiC and TiN ultra subdural it by the help of an inert gas glow discharge ionization of metal or alloy steam-ion electric field acceleration and deposition on the cathode substrate. As the processing temperature than 500 ° C, deformation of the workpiece is small, the deposition of hard-up to 1500 ~ 2000HV.
Spray or coating on the surface to be treated to form a mechanical bond or metallurgical bonding based functional coating wear, heat or corrosion, including thermal spraying, thermal spray and welding technology. Diverse, flexible operation; controlled coating thickness range; types of coating materials, according to the demand selection; heat and coating materials, the proceeds of different coating properties. Can be used for new mold manufacturing, but also for the old mold repair. Chemical solution deposition coating technology can be divided into physical form by the reaction. Plating the use of electrolytic metals or alloys deposited at the surface to be treated. green laser pointer can run smoothly under Windows 98/2000/ME/XP and so on.
To form a uniform, dense, combined with a good power metal layer. Traditional chrome plating processes mature technology, stable quality, the coating thickness up to hundreds of micrometers, hardness up to 1000HV, good heat resistance, corrosion-resistant. Such as hard chrome plating steel mold surface life can be increased 3-5 times; expansion plaster mold surface conductivity after hard chrome plating, its performance can be increased more than tenfold in the mold manufacturing small batch trial have practical value. 2) electroless plating, also known as electrolytic plating, no applied current, but with the appropriate reducing agent, For gold-plated case of cationic restore deposited onto the surface to be treated. Electroless nickel phosphorus alloy coating hardness can reach 550 ~ 1100HV, the friction coefficient. What’s more, USB flash disks could also be integrated into green laser pointer .
Rarely stick mode and the strain phenomenon, corrosion resistance than stainless steel, if the introduction of SiC, PTE or Cu to form a better performance of the composite coating, the shape of the parts can be plated unrestricted and low cost, high efficiency, a variety of mold new ways of surface hardening, particularly applicable to plastic mold or rubber mold, glass mold, bakelite mold, die casting mold and pull the mold. Ion plating PVD technology, the mold surface processing applications the main ion-plated TiC and TiN ultra subdural it by the help of an inert gas glow discharge ionization of metal or alloy steam-ion electric field acceleration and deposition on the cathode substrate. As the processing temperature than 500 ° C, deformation of the workpiece is small, the deposition of hard-up to 1500 ~ 2000HV.
Tuesday, January 22, 2013
DMX function of green laser pointer is the five-band controlling
DMX function of green laser pointer is the five-band controlling.
Cheap base metal so that the excellent surface properties, and the consumption of raw materials rarely, an economic and efficient surface treatment technology. The laser alloying technique
commonly used in the performance requirements of demanding material handling. Request the material of the wear resistance, high corrosion in strong, strong oxidizing materials in high temperature
or other complex harsh environment. Therefore, the laser alloying technology in the aerospace, weapons manufacturing, automotive, mold; mining machinery manufacturing and other industrial sectors
have broad application prospects. The laser cladding. Laser Cladding processing according to the requirements of the conditions on the part surface properties, select the appropriate coating
materials, the first pre-coated surface in parts. The voice controlling mode of green laser pointer has the function of controlling light on or off via voice. It is the transmitting terminal of
green laser pointer
Then scanned with high-energy laser beam, and control the laser parameters so that the coating material is completely melted matrix micro-melting and subsequent solidification of the coating layer
formation and substrate metallurgical bonding. More advanced laser cladding stripe coat, instead of using synchronous powder feeding device, the laser beam to scan the substrate surface so that
melting at the same time, the coating material powder injection in the molten pool, You can get a thicker coating layer. In practical applications, the coating materials, multi-select the Co-Cr
base, the Ni-Cr base, Fe-Cr base alloy powder together with a certain number of ceramic materials. green laser pointer will be safer for the human body and the environment.
Such as of WC and TiC, Al2O3,, VC, BN, and ZrO2, SiC, B4C, etc., forming a dense super-hard metal ceramic coating thickness up to 0.1-more than ten millimeters. The laser cladding processing
applications, high wear resistance, corrosion resistance, oxidation resistance requires more parts, such as turbine blades, power plant row of pink blades (cladding Co-Cr-Mo alloy), oil drill,
perforation head, high pressure valve sealing surface, roll, seat, stem, mud pump and pump the inner wall. In addition, the laser cladding wear scrapped parts of whole or partial restoration is
very effective. The laser cladding technique is a development potential is enormous surface treatment technology.
Cheap base metal so that the excellent surface properties, and the consumption of raw materials rarely, an economic and efficient surface treatment technology. The laser alloying technique
commonly used in the performance requirements of demanding material handling. Request the material of the wear resistance, high corrosion in strong, strong oxidizing materials in high temperature
or other complex harsh environment. Therefore, the laser alloying technology in the aerospace, weapons manufacturing, automotive, mold; mining machinery manufacturing and other industrial sectors
have broad application prospects. The laser cladding. Laser Cladding processing according to the requirements of the conditions on the part surface properties, select the appropriate coating
materials, the first pre-coated surface in parts. The voice controlling mode of green laser pointer has the function of controlling light on or off via voice. It is the transmitting terminal of
green laser pointer
Then scanned with high-energy laser beam, and control the laser parameters so that the coating material is completely melted matrix micro-melting and subsequent solidification of the coating layer
formation and substrate metallurgical bonding. More advanced laser cladding stripe coat, instead of using synchronous powder feeding device, the laser beam to scan the substrate surface so that
melting at the same time, the coating material powder injection in the molten pool, You can get a thicker coating layer. In practical applications, the coating materials, multi-select the Co-Cr
base, the Ni-Cr base, Fe-Cr base alloy powder together with a certain number of ceramic materials. green laser pointer will be safer for the human body and the environment.
Such as of WC and TiC, Al2O3,, VC, BN, and ZrO2, SiC, B4C, etc., forming a dense super-hard metal ceramic coating thickness up to 0.1-more than ten millimeters. The laser cladding processing
applications, high wear resistance, corrosion resistance, oxidation resistance requires more parts, such as turbine blades, power plant row of pink blades (cladding Co-Cr-Mo alloy), oil drill,
perforation head, high pressure valve sealing surface, roll, seat, stem, mud pump and pump the inner wall. In addition, the laser cladding wear scrapped parts of whole or partial restoration is
very effective. The laser cladding technique is a development potential is enormous surface treatment technology.
Monday, January 21, 2013
the need for high vacuum environment to prevent the electron scattering
After the war, has appeared in several modern welding techniques, including the most popular manual metal arc welding
such as MIG arc welding, submerged arc welding, flux cored arc welding and electroslag welding automatic or semi-automatic welding technology.
Hardening characteristics of steel depends on its chemical composition, if a steel material containing a higher proportion of carbon and other alloying elements, the higher its hardening
characteristics of indicators. Of course, the shortcomings of the electron beam is very obvious: the need for high vacuum environment to prevent the
electron scattering, complex equipment, electron beam welding, weldment size and shape of the limitations of the vacuum chamber (non-vacuum environment is an important research direction). Due to
the existence of the vacuum chamber, the vacuum to become the main obstacle of the cycle time (currently a single electron beam equipment cycle time for gear welding is difficult to do 60s or
less); magnetic offset deflected by magnetic fields: electronic live called for the electron beam welder welding go magnetic treatment; X-ray problem: X-rays under high pressure is particularly
strong need to protect the operator. Due to significantly lower the weld strength of resistance spot welding, this process is only suitable for
the manufacture of certain products. It is widely used in automobile manufacturing, up to thousands of industrial robot welding points on an ordinary car. A special spot welding (Shot welding), can
be used for spot welding of stainless steel.The customer can select the best
green laser pointer for themselves.The customer can choose the suitable green
laser pointer according to the application.
The shallow part of the heat-affected zone, the shallowest part of the color after the end of the base metal welding, the weld near the material shows several distinct regions. Weld is known as the
melt zone, and more specifically to fill in the flux melt area, melting the material properties depends largely on the use of flux, and flux and the compatibility of the base metal.
such as MIG arc welding, submerged arc welding, flux cored arc welding and electroslag welding automatic or semi-automatic welding technology.
Hardening characteristics of steel depends on its chemical composition, if a steel material containing a higher proportion of carbon and other alloying elements, the higher its hardening
characteristics of indicators. Of course, the shortcomings of the electron beam is very obvious: the need for high vacuum environment to prevent the
electron scattering, complex equipment, electron beam welding, weldment size and shape of the limitations of the vacuum chamber (non-vacuum environment is an important research direction). Due to
the existence of the vacuum chamber, the vacuum to become the main obstacle of the cycle time (currently a single electron beam equipment cycle time for gear welding is difficult to do 60s or
less); magnetic offset deflected by magnetic fields: electronic live called for the electron beam welder welding go magnetic treatment; X-ray problem: X-rays under high pressure is particularly
strong need to protect the operator. Due to significantly lower the weld strength of resistance spot welding, this process is only suitable for
the manufacture of certain products. It is widely used in automobile manufacturing, up to thousands of industrial robot welding points on an ordinary car. A special spot welding (Shot welding), can
be used for spot welding of stainless steel.The customer can select the best
green laser pointer for themselves.The customer can choose the suitable green
laser pointer according to the application.
The shallow part of the heat-affected zone, the shallowest part of the color after the end of the base metal welding, the weld near the material shows several distinct regions. Weld is known as the
melt zone, and more specifically to fill in the flux melt area, melting the material properties depends largely on the use of flux, and flux and the compatibility of the base metal.
Sunday, January 20, 2013
green laser pointer has a great and wide use
green laser pointer has a great and wide use and application in the practical use
Figure 4 laser mode-locked frequency spectrum. Scanning interferometer piezoelectric ceramic fragile, and should be gently during the experiment. Scanning interferometer light hole, usually do tape sealed to prevent dust from entering. Sawtooth generator does not allow no-load must be connected to the scanning interferometer in order to turn it on. Improve the amplitude of the sawtooth voltage is added to the piezoelectric ceramic, the oscilloscope screen will appear two or three groups of the same shape as the pulse signal, which is why? Whether the mode of the laser output increased by? Why use a scanning interferometer can be displayed on the oscilloscope screen test laser output spectrum structure? The damage of green laser pointer caused by the human factor and so on is not included in the warranty range.
Just lit the laser, the laser output spectrum of the oscilloscope display has been drift, stabilizing after a period of time, why is this? Analysis of the measured Δ value of the error sources. Just to test the ordinal number of the transverse mode laser and only laser in order to observe all the output mode structure, the choice of the scanning interferometer free spectral range What is the difference? Why? Mode-locked with the acousto-optic modulator can be used to traveling-wave work the way? Why? Why should the acousto-optic modulator placed as close as possible to the cavity reflector one. Design an accurate measurement of mode-locked pulse width of the program. Actually, the manufacturer will definitely guarantee the high quality of green laser pointer .
Introduction of the 980 nm red laser. Laser is a major technology in the early 1960s, is considered one of the four great inventions of the 20th century (laser, semiconductor, nuclear and computer), is a long-term quantum physics, spectroscopy the results of research, optics and electronics and other disciplines. Laser science gave birth to so far, although only 50 years, but has become an emerging interdisciplinary. The mechanism of action of laser biology and the rapid development of laser medical equipment have contributed to the creative application of laser in clinical practice and gradually penetrated into all areas of medicine.
Figure 4 laser mode-locked frequency spectrum. Scanning interferometer piezoelectric ceramic fragile, and should be gently during the experiment. Scanning interferometer light hole, usually do tape sealed to prevent dust from entering. Sawtooth generator does not allow no-load must be connected to the scanning interferometer in order to turn it on. Improve the amplitude of the sawtooth voltage is added to the piezoelectric ceramic, the oscilloscope screen will appear two or three groups of the same shape as the pulse signal, which is why? Whether the mode of the laser output increased by? Why use a scanning interferometer can be displayed on the oscilloscope screen test laser output spectrum structure? The damage of green laser pointer caused by the human factor and so on is not included in the warranty range.
Just lit the laser, the laser output spectrum of the oscilloscope display has been drift, stabilizing after a period of time, why is this? Analysis of the measured Δ value of the error sources. Just to test the ordinal number of the transverse mode laser and only laser in order to observe all the output mode structure, the choice of the scanning interferometer free spectral range What is the difference? Why? Mode-locked with the acousto-optic modulator can be used to traveling-wave work the way? Why? Why should the acousto-optic modulator placed as close as possible to the cavity reflector one. Design an accurate measurement of mode-locked pulse width of the program. Actually, the manufacturer will definitely guarantee the high quality of green laser pointer .
Introduction of the 980 nm red laser. Laser is a major technology in the early 1960s, is considered one of the four great inventions of the 20th century (laser, semiconductor, nuclear and computer), is a long-term quantum physics, spectroscopy the results of research, optics and electronics and other disciplines. Laser science gave birth to so far, although only 50 years, but has become an emerging interdisciplinary. The mechanism of action of laser biology and the rapid development of laser medical equipment have contributed to the creative application of laser in clinical practice and gradually penetrated into all areas of medicine.
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