cufflinks

Patterns to be carved on the optical scanner, the scanner output signal after computer processing, used to control the action of the laser beam can be automatically in the wood, glass, leather, according to our pattern carved out . The same time, focusing the laser beam up very fine, equivalent to a very smart graver lines and fine carved details on the pattern to be carved out. Laser engraving can play a variety of text, symbols and patterns, the character size from millimeters to micrometers, which is the security has a special meaning. The laser engraving is already development in recent years to achieve sub-micron engraving, has been widely used in the microelectronics industry and biological engineering. The pulse function of wireless laser pointer is the newly developed and applied technology.
Laser drilling: open a small hole in the component is a very common thing. However, if you require a hard material, such as a large number of 0.1 millimeters to a few microns diameter holes to play in the cemented carbide. Ordinary machining tools probably is not an easy task, even if able to do the processing costs will be high. Good laser coherence, with the optical system, it focused into a marginal spot diameter (less than one micron), which is equivalent to the micro-drill used for drilling. Secondly, the high brightness of laser on the focus of the focused laser energy density (the average energy per square meter) will be high, and an ordinary laser output laser, the energy generated can be as high as 109 J / cm 2. The laser beam light will come out of the aperture at the front of wireless laser pointer.
Enough to make the material melting and gasification, leaving a small hole in the material, like a drill out. However, the laser drilled hole is conical, rather than mechanical drilling cylindrical, in some places is very convenient. Laser etching: laser etching technology is simpler than the conventional chemical etching process, can greatly reduce production costs, can be processed from 0.125 to 1 μm wide line, very suitable for the manufacture of ultra-LSI. The application of laser technology in medicine. Medicine is the first application of laser technology, the most widely used and most active of an interdisciplinary. 1960 the world's first ruby laser successfully developed the following year, the ruby laser retina coagulation machine for the first time application in ophthalmology. And if the customer releases the button of Laser Pointers.
So far, the clinical use of laser medical equipment have been dozens of varieties, including a variety of wavelengths from UV to visible light and infrared, and contains a variety of output modes of the continuous, pulse, giant pulse, ultra pulse. Laser therapy equipment in the clinical application point of view can be divided into the following broad categories: ophthalmic laser treatment devices, surgery, laser surgery equipment Dermatology laser treatment devices used for cosmetic purposes, photodynamic therapy laser therapy equipment, dental laser equipment and laser physiotherapy equipment and so on. The application of laser technology in the military. The laser weapon has its uniqueness, it is widely used in air defense, anti-tank, bomber self-defense and military purposes. Laser is able to become a powerful weapon, because it has three levels of destructive capability. Pulse design and pulse function of wireless laser pointer are the very important and attractive progress.
Ablation effect: with the principle of laser thermal processing, when the high-energy laser beam hitting the target, the laser energy will be absorbed by the target materials into heat. Heat enough to make the target partial or complete perforation, fracture, melting, evaporation, or even an explosion. The shock effect: If the target material vaporized target material produce recoil effect in a very short period of time, the formation of the compression wave surface spall broken open, and debris to fly out and cause further destruction. Radiation effects: the gasification of the target material to form a plasma cloud can produce ultraviolet radiation and X-rays, and the advantages of the target within the electronic parts are laser weapons: no ballistic calculation. Only after the customer presses the button on the body of wireless laser pointer again.

Optical signal to be disturbed, currently used by adaptive optics technology can better solve the problem, you can ensure that in then the channel conditions. Vibration suppression technology. Vibration suppression is an important issue for the troubled satellite optical communication, capture from the open-loop and closed-loop tracking to all aspects of optical communication, have become an important factor affecting system performance. The first to propose suppression measures are mainly concentrated in the structure, the structure of the passive control and active control to suppress vibration. Passive control of vibration energy consumption by optimizing the structure design, relying on the damping of the structure itself. Active control is the external energy input of the controlled system, and system energy cancel each other out to achieve vibration suppression. This kind of 300mw red laser has the short and small appearance.
Include: bandwidth adjustment, adjust the detector array, adjust the beam width, power control, using the diversity of inter-satellite link focus on specific methods. Satellite laser communication technology advantages and difficulties. The advantages of satellite laser communication. Satellite laser communication is a transmission medium, the laser optical communications link between the satellite and than to achieve data transmission technology. Satellite laser communication systems and microwave communications system has the following advantages: large channel capacity. Laser frequency 3-4 orders of magnitude higher than the microwave, as the carrier of the communication means the greater of available band optical communication channel data rates of up to 20Gb / s or more, and can be applied to WDM technology communication capacity increased several times, as technology advances there will be increased significantly. It is the pulse function application of Laser Pointers.
Very small divergence angle of the laser energy is highly concentrated, high power density falls on the receiver on the telescope antenna, thereby transmitting power of the transmitter can significantly reduce the communication transmitter power is relatively low for satellite communications such power The occasion of valuable resources is very applicable. transmitter low transmit power and power consumption makes the weight of the transmitter and its power supply system to be decreased; because the wave length of the laser divergence angle in the same transmit beam and receiver field of view requirements , the caliber of transmitting and receiving telescope can be smaller. laser communication to get rid of a huge dish antenna of microwave systems, weight and size can alleviate a lot of very favorable for satellite communications. It is the pulse design of 300mw red laser.
The high degree of confidentiality. The laser has a high degree of directional transmit beam thin and able to transfer large amounts of data in a short period of time, thereby reducing the continued communication time. Satellite laser communication with a high degree of confidentiality and anti-jamming, and can effectively prevent eavesdropping and detection have a greater significance for military and civilian. typical satellite laser communication system, the beam divergence angle 10rad satellite laser communication difficulty. Inter-satellite laser communication with the above advantages, too, the technical difficulties of inter-satellite optical communication and its unique features: satellite optical link in space aimed at capturing and tracking the launch of the satellite laser communication beam is very narrow , which bring its many advantages. 300mw red laser will be turned on very rapidly and quickly.
But at the same time launching beam narrow and technically caused enormous difficulties. Mutual high-speed movement between the two satellites is very far away, and by the vibration of the satellite itself can cause the emission beam jitter, this case will launch the communication beam accurately target irradiation and lock on the receiving end satellite is very difficult. Therefore, the interaction between two communication terminals target capture, targeting, tracking (Acquisition, Pointing, Tracking referred to as the APT) technology is quite complex, and this is resulting in satellite optical one of the reasons for the slow communication development. existence of the background light. these background light comes mainly from the radiation of the sun, moon, Venus, Earth and other planets, reflection, the radiation of the background light intensity, spectral distribution, the receiver into the angle. And the laser beam light coming out of the aperture at the front of 300mw red laser will go out.

Laser satellite communications program in the U.S. Department of Defense Defense Defense Program (DSP) laser communications system plan (LCS). The investment by the U.S. Air Force, eight devices developed by the McDonald Douglas, and the establishment of horizontal synchronous orbit (GEO) communications network. The entire system transmission rate is relatively low (about 1Mbps). The device has been assembled, but did not launch the LCS in 1993 was canceled. Another laser of the U.S. Department of Defense satellite communications plan is implemented by the McDonald Douglas, began called boost-level tracking system (BSTS), and later the Air Force was renamed the track for the early warning system (FEWS), the scheme is also 1993 The end of the year was canceled. This kind of Laser Pointers is very popular and well received in the recent market for its high practice degree in the actual application.
Strategic Missile Defense Organization (BMDO) is the U.S. Army Space and Strategic Command Ministry under the leadership of the development of a laser communications terminal equipment. Engineering test model has been developed, and put them between the two apart 42km mountain, the signal transmission rate of 1Gbps, the error rate is less than 10-6, and was tested in all weather, verify that both The device meets the design requirements, the Army also plans to air test the end of the 1990s. In addition, BDM is also preparing to build two similar space laser communications equipment, a plan for the BMDO's STRV2 test launch in 1998. With the first generation of Tracking and Data Relay Satellite System (TDRSS) and put into use. At the same time this kind of 300mw green laser pointer has the strict parameters and perfect design and technology.
The optical space communications in the United States has entered a new phase. For the first generation of tracking data relay satellite communication bandwidth and by the star's body structure and therefore can not install too much tracking antenna shortcomings, the second-generation tracking and data relay satellite program envisages the laser inter-satellite link (ISLs), namely the use of laser inter-satellite targeting, acquisition, tracking and communication. This will greatly increase the communications capacity, to improve the accuracy of measuring angle tracking antenna, significantly narrowed the size of the transmitting antenna, thereby greatly enhancing the functionality of the relay satellite. There is no doubt, ISL will relay satellite to reach a new level. Second-generation relay satellite put into use in 2000. It is the brilliant technology of 300mw green laser pointer.
Optical space communications has also accelerated the pace, using the wavelength of semiconductor lasers in the 8 × 10-7m space optical communications terminal equipment development work is nearing completion. The quality of this optical space communications transceiver equipment is less than 115kg, the power required is less than 200W, the average transmit power of 50mW and 200mW peak transmit power. The European Space Agency (ESA) has always attached importance to the study of optical space communications. ESA optical space communications research not only an early start, and formulated a series of research programs carried out step by step, thorough and detailed study of the technology in nearly two decades. 1977 ESA began the study of ISL, and formulated a series of phased research program. For the customer to determine and judge whether 300mw green laser pointer is good enough.
TRP plan for basic technology research and long-distance communication preparedness plan (TPP), the optical space communications systems and technology research ASTP program and implementation the PSDE plan of the payload and simulation and experimental during 1987-1992, for Europe Space Agency For Data Relay Satellite (DRS) plans to install the optical space communication system, data relay preparedness plan (DRPP) in 1987-1995. Since 1989, ESA began to implement semiconductor inter-satellite laser link experiment (SILEX) program, the implementation of this plan to the development of the optical space communication system components, as well as practical before a space experiment to test the optical space communication system the performance. Different technologies 300mw green laser pointer adopts will make the laser pointer have different functions.

The first phase of the plan is to communicate between the French Earth observation satellite SPOT-4 and ESA synchronous data relay satellite "Artemis" the ARTEMIS experiment. Preparatory to the development of the two SILEX equipment, the transfer rate of 50Mbps. 2 sets of equipment will be installed in the SPOT-4 and ARTEMIS satellite. The end of 1996 launched the first SILEX equipment, plans for communication between the LEO-the GAO, the GAO, the GAO orbit, the GAO conducted in-ground communication experiments. The second phase will be communication between the GEO-the GEO link program implemented by the European Data Relay Satellite (DRS) DRS satellite is scheduled for launch in 1999. The good or bad technology which is used to produce 200mw red laser pointer.
ESA is also laser satellite communications technology and optical ground station (OGS) and other aspects of research work, these technologies include high-energy Nd-YAG laser communication equipment, high-speed (greater than 565Mbps) heterodyne and homodyne receiver and a small user receiver . Japan in the mid-1980s began the study of optical space communications. Postal Province Communications Laboratory (CRL), NASDA (NASDA) and senior long-distance Communication Research Institute (ATR) Optical and Radio Communications Research. According to recent studies, mainly to conduct research and experiments in the two free-space optical communication systems, a NASDA support the installation of OICETS (Optical Intersatellite Communication Engineering Test Satellite) satellite system of LUCE (Laser Utilizing Communication Equipment). The customer can know the design or technology of 200mw red laser pointer in advance.
The other is the CRL developed installed in the ETS-VI of the LCE (Laser Communication Equipment) system. NASDA (NASDA) research and development of laser space communications (ILC) system, and plans in the free space station in 1998, the Japanese Experiment Module (JEM) and the Data Relay and Tracking Satellite (DRTS) between ILC system experiments. Another plan is the Laser Communications Engineering Test Satellite (OICETS) program. OICETS plans by Japan and Europe to build a satellite communication link between the synchronous relay satellite launched in 1997 the ARTEMIS in Europe to install a semiconductor laser inter-satellite test device, in OICETS satellite launched in 1998 to install a terminals. And manufacturing process of 200mw red laser pointer is used.
By then, the synchronous orbit satellites (GEO) and low-orbit satellites (LEO) device between the laser satellite communications. NASDA decided to NEC develop OICETS satellite, the satellite is carrying optical terminals, the mass of about 500kg, it will run in the low orbit of 500km. The purpose of the launch OICETS experiment, evaluate and improve the detection, tracking and optical technology and optical test device of the optical space communications. CRL major plans between ground stations and the Engineering Test Satellite "daisy on the 6th of ETS-VI Laser Communications Experiment (LCE). In this experiment, several basic functional tests required by the inter-satellite links, such as high-precision tracking and double necklace Road, optical communication, high-precision height measurement. The manufacturer should try the best to improve the design and technology of Laser Pointers.
Laser communications experiment (LCE) program, test equipment installed on the ETS-VI satellite, the satellite was launched in August in 1994, but because of the booster rocket failure, the ETS-VI satellite is not to enter the pre-GEO orbit, had to running on the elliptical orbit, so the test results did not achieve the desired goal, only a limited test. After repeated efforts, It is reported that Japanese technology experimental satellite in June 1995 with the U.S. atmospheric observation satellite successfully conducted eight minutes of the two-way laser communication; July, Japan also achieved a two-way optical communication between the satellite and ground stations. The emergence of satellite laser communication is a modern information society for high capacity, long-distance, low-cost communication needs of the inevitable results. It is for the more useful and practical application of 200mw red laser pointer.

Holographic printing technology to make anti-counterfeit labels attached to the surface of the packaging is the most popular means of security. Holographic images due to a combination of the latest achievements of the laser, precision machinery and other physical and chemical disciplines, with high technical content. The majority of small quantities of counterfeit grasp of the full set of manufacturing technology and the purchase of manufacturing equipment is difficult to do, so the effect of such technologies is significant. Wide range of applications of holographic anti-counterfeiting technology and other security technologies, people have different opinions, holographic security hesitates. There are hundreds of manufacturers able to produce such identification, and makes some really identify difficult to identify due to the many problems that exist in the technical, management, simulation identity but also as real. And at the same time, the green high power laser pointers can get a very high power now.
Greatly reduces the laser holographic anti-counterfeit labels to the original position in people's minds. Manufacturers too much, the surplus of products, excessive competition may be the primary cause of laser holographic anti-counterfeiting into a crisis of confidence. But from a purely technical perspective, the image sources, a single old-fashioned and recording material of the photographic technology, is also induced by the root of the crisis of confidence. Therefore, to strengthen management, improve the technology, production of high-quality three-dimensional hologram at the same time in the show, photography and recording material is constantly tapping the potential of improvement and innovation, grasp the holographic and other security technology is the combination of holography and printing combination, a combination of holographic and packaging development direction of the laser holographic anti-counterfeiting as the main direction of technological development, this is crucial. So the green Laser Pointers can meet the higher needs and requirements of the customer.
Below to introduce you to the history of the development of laser anti-counterfeiting technology: the first generation of laser anti-counterfeiting technology is molded laser hologram anti-counterfeit labels. The hologram is shooting crystal atomic structure using X-ray photos by U.S. scientists Berg (MJ ? for Buerger), and Gabor (D Gaber) theory of holography: two-beam interference principle, so that things light and another to produce the interference pattern to the phase "merge" up with a coherent object light beam (reference beam), the photosensitive film to record the phase and amplitude holographic images can be obtained. However, the hologram is taken in accordance with the principle of interferometry, the high density (resolution) photographic film records. And the green laser beam light is emitted by the green high power laser pointers.
Ordinary light poor monochromaticity, coherence, and thus the slow development of holographic technology, it is difficult to shoot a decent hologram. Until the early 1960s after the emergence of the laser, high brightness, high color and high degree of coherence features, rapidly advancing the development of holographic technology, many types of holograms are produced, holographic theory has been well verified, but because special requirements, the time of filming and reproduction from the date of birth, almost always been confined to the laboratory. The late 1970s, it was discovered that holographic images including three-dimensional information of the surface structure (ie, criss-crossing the interference fringes), this structure can be transferred to the photosensitive film of high density materials up. The laser beam of high power laser pointers is much brighter.
In 1980, U.S. scientists have used the embossed holographic technology, holographic surface structure is transferred to a polyester film, thus successfully printed embossed hologram picture of the world's first one, this laser holograms, also known as rainbow holograms, it is laser plate-making, video production on a plastic film, the bright lights of the diffraction effect, and the picture has a two-dimensional, three-dimensional sense of space, in ordinary light, hidden images, information to be restored. When the irradiation light from a particular point of view, would give rise to a new image. Embossed hologram image can be like printing large quantities of fast replication, lower cost, and can be used in conjunction with all kinds of printed matter. At this point, holography has taken a decisive step to the social applications. More and more customers would like to choose the green high power laser pointers as the useful and practical tool and assistant.

I plant anti-counterfeit trademark products are widely applied: the elevator tag of leather clothing, medicine and health care products, beverages and foodstuffs, liquor, hardware tools, electronics, tobacco, chemicals, cosmetics, household items, toys, gifts, cultural and publishing products auto parts, motorcycle parts, special agricultural products and so on. Supply: laser anti-counterfeit trademark, security code trademarks, laser anti-counterfeit trademark, the hologram on the label, 2D/3D holograms, security printing, security signs, security labels, PET transparent laser labels, laser marking, laser marked fragile standard packaging anti-counterfeiting, anti-counterfeiting, trademark printing, labels, signage, security stickers, trademark counterfeiting, digital security, laser anti-counterfeit laser tag, and so on. Many customers chose the red high power green laser as the useful and practical tool and assistant.
Our factory is professionally designed printed self-adhesive label printing enterprise, in accordance with the requirements of the customer's printed stickers of different sizes in a variety of materials (medicine labels, cosmetic labels, health products labels, food labels, RFID tags, computer print labels), laser anti-counterfeiting, security code, anti-counterfeit trademark (fluorescent anti-counterfeiting labels, the temperature change security), fragile labels, barcode labels (continuous, random number, fixed number, etc.), scratch cards, clothing label printed products. Price, welcome to order. Our factory is the only company in Dongguan with anti-counterfeit labels production permit manufacturers, specializing in the production of the following products. The wavelength of the high power green laser is 532nm.
Applies to: salt, cigarettes, motor vehicles, medicine, clothing, electronics, cosmetics, liquor, auto parts a variety of industries. Our factory is a professional engaged in anti-counterfeiting technology research, development, production of high-tech enterprise, our philosophy of "credibility first, quality first, service first". Our factory is Dongguan, a security identification products production license manufacturers, specializing in the production of the following products: a variety of hologram and laser metal template. The fine points of the laser hot stamping film, the laser Zhuanban anodized aluminum. Transparent medium of the laser packaging materials, hot stamping materials. For hot cloth marked with laser labels. The holographic transfer paper label (transfer copperplate paper laser tag). In the past, the laser technology of the green Laser Pointers was not that mature.
Various types of laser anti-counterfeit tags: roll disk standard type phone cards with scratch type. Our factory is the only company in Dongguan has a security identification products production license manufacturers, specializing in the production of the following products: a variety of hologram and laser metal template. The fine points of the laser hot stamping film, the laser Zhuanban anodized aluminum. Transparent medium of the laser packaging materials, hot stamping materials. Laser care card membranes (for the ID cards, membership cards, business cards, training cards, etc.). For hot cloth marked with laser labels. The holographic transfer paper label (transfer copperplate paper laser tag). Various types of laser anti-counterfeit labels: includes a tamper-evident, opened to stay the font, regular damage, roll disk standard type. The design of the green high power green laser was not advanced enough.
Local Hot Stamping, laser transfer type, fluorescent security type, temperature change the security type. Transparent type, phone cards can scratch type, black or transparent serial type. The factory specialized in producing laser anti-counterfeit trademark, laser security code labels, quality assurance, price concessions. The enterprises under the jurisdiction of a large laser holographic anti-counterfeiting plate center with digital lithography, laser encryption, encryption Moore, dozens of rotating aperture, low-frequency lithography, relief, three-dimensional model a variety of difficult-plate technology, well-designed security program for customers laser printing business at home and abroad to provide quality and cheap laser plate-making services. Supply: the case of thermal color labels, professional temperature change label. So that the quality of the green high power green laser was not that good.

Temperature change security label with the security of the difficult and the temperature exceed 45 ℃ colored becomes colorless (graphics or text on the label will disappear). Laser anti-counterfeit trademark, the security code trademarks, laser anti-counterfeit trademark, holographic label, 2D/3D holograms, security printing, security signs, security labels, PET transparent laser labels, laser marking, laser marked fragile standard packaging anti-counterfeiting, anti-counterfeiting, trademark printing, labels, signage, security stickers, trademark counterfeiting, digital security, laser anti-counterfeiting, laser tag, and so on. I plant anti-counterfeit trademark products are widely applied. Elevators tag of garment leather, pharmaceutical health care products, beverages and foodstuffs, alcohol, metal cutting tools, electronic appliances, tobacco, chemicals, cosmetics, household items, toys, gifts, cultural and publishing products, auto parts, motorcycle parts, special agricultural products, etc.. Performance of the green high powered laser pointer was not that stable.
The anodized aluminum: my factory have advanced laser-anodized aluminum, bar equipment, can correct edge points, but also correct diagram points, automatic meter length, can provide customers with a variety of width, the length of the roll anodized aluminum. Information Types of securities, banking or finance, insurance, social security and other departments in the current price of receipts, lottery tickets, lottery tickets, tickets, car tickets, and so quite a variety of securities, including the security aspects of paper printing, in general, the new security of technology in the printing of notes is broadly divided into the following categories: anti-counterfeit holographic label positioning stamping technique. Positioning hot stamping technology is very difficult, it requires a printing factory with precision positioning hot stamping equipment: the stamping marked the use of generic holographic anti-counterfeiting technology. The power of the green Laser Pointers could not reach very high at the moment.
Such as pixel hologram, true color, synthetic encryption, micro-engraved, photochemical and other relief can play a very good security. The microfilm Text printed anti-counterfeiting technology. Microform text printed anti-counterfeiting technology is to use the microfilm words or letters instead of a simple contour or line. For example: "Civil Airport Construction Fee receipt of the lower part of a light gray thick lines in the magnifying glass factory observation, you can see the microfiche text words. Commercial paper printing, microfilm text - like offset printing, offset printing unit by the press of commercial paper - group completed. Rainbow printing anti-counterfeiting technology. Rainbow printing security technology, it is the commercial paper printing requirements, you can first print a variety of colors, and the middle soft color transition. Therefore, the green high powered laser pointer was that popular in the past.
Rainbow printing results with multicolor overprint is difficult to achieve, but also in the commercial paper is difficult to see the exact location of the fountain colored clapboard, counterfeiters, even replicating the rainbow printing method is also difficult to determine baffle spacing, thus increasing false purpose more difficult. If using this technology in large areas of shading, its security will become more apparent. Notes special security printing technology. With forgery-proof security to fill in, easily identifiable characteristics. Notes special security printing technology, to achieve the coating and printing process, so have printed in the coating, printing, coating, any one single technique can not be completed. The technology is applicable to more than triple or triple bills printing. Less customers would choose the green high powered laser pointer in the past.
Printing process color coating in the coating process, printing, print out the invoice has very strict with associated left any associated not quote rates for all to meet the requirements of the instruments, it can effectively halt issuing false invoices. Laser anti-counterfeit laser anti-counterfeiting. Laser anti-counterfeiting technology, including laser hologram anti-counterfeit labels, security encryption laser holographic image identification and anti-counterfeiting technology of laser lithography. Holographic anti-counterfeiting technologies, including conventional holographic anti-counterfeiting technology, multi-channel holographic anti-counterfeiting technology, stealth encryption technology, 360 ° computer dot-matrix holographic double holographic technology, fluorescent encrypted holographic technology, dynamic coding anti-counterfeiting technology, phone security code, nuclear microporous anti-counterfeiting technology and genetic anti-counterfeiting technology. Because the power of the green high powered laser pointer could not meet some special applications before.

The online site of the laser gas analyzer using a single-line spectroscopy in the near-infrared spectral range. Singlet spectrum measurement technique is based on the selection of a single absorption line in the near infrared region of the measured gas. The absorption line spectroscopy of selected absorption lines in the wavelength of the selected absorption lines of other gases (no cross-absorption interference). Then, by adjusting the diode laser temperature and drive current, the diode laser frequency adjustment corresponds to a single gas absorption line. Laser spectral width corresponding adjustment to the single than the measured gas absorption line spectrum width narrower. By changing the current of the diode lasers, including the single absorption line of the laser wavelength is scanned emitted (see Figure A). The laser beam of Laser Pointers is within a relatively wide range.
During the launch of the laser scanning as a feature of the wavelength, the receiving unit to detect the light intensity will change and this change is only from the optical channel between the laser and the receiver under test gas molecules on the absorption of light. To detect single absorption line shape and size (see Figure A), used to calculate the gas content between the transmitter and receiver. Absorption lines of other gases does not appear in the selected wavelength range, it will not interfere with the single absorption line, thus affecting the gas content measurement. The laser gas field analyzer is not to absorb the impact of watershed pollutants, dust, or window in the process gas, which is due to the calculation of the gas content is based on a unique single absorption line size and shape. In other seasons, the ambient temperature is not that low, the preheating is not the necessity for cheap led lights.
Therefore, to achieve a more reliable measurement, and reduce maintenance needs. Because of its small but sturdy mechanical unit, the laser gas field analyzer is very easy to install. Consists of three basic units: transmitting and receiving unit directly assembled to the welded pipe or flue DN50/PN10 or PN16 Flange by itself flange can also be inserted between them with flange valve (recommended ball valve ). Together a PC computer to the analyzer unit, run software installation is required. Optical window, stainless steel flange and purge establish a process gas analyzer interface. In order to prevent dust and other pollutants in the window on the aggregation of required dry and free from oil compressed air, gas (usually nitrogen) or fan continuous purge. It is the same principle for the preheating of cheap led lights.
Analyzer adjusted by adjusting the transmitter and the receiver flange. Prevent process gas leakage in the installation and maintenance of valve (recommended ball valve) can be installed between the process gas and the flange, these valves also protect the window. The rugged industrial design and continuous purging, making the laser gas site online analyzer maintenance is very easy to maintain the workload is quite small (almost close to maintenance-free). No moving parts in the instrument, so preventive maintenance is limited to just visual inspection and cleaning of optical window. Experience has shown that the maintenance cycle is usually more than three months, and simple to just clean the optical window. For outside the recommended maintenance intervals due to the critical parameters have been an internal sense, maintenance, equipment will be given to remind. This is the normal phenomenon for cheap led lights.
The laser gas site online analytical instrument factory calibrated for the first time using the calibration without the need re-calibration at least six months or a few years later. The advanced technology used by the analyzer, calibration is very easy. Through the built-in "to the receiving unit, the fluid through the unit and blown into the calibration gas calibration can be site-line calibration without removing the transmitter and receiver unit. Calibration via a PC, the calibration process is very easy - service software running on your PC to complete all of the computing tasks. Can also be used offline calibration of the calibration tube. Laser gas field analyzer offers three major gas content of the output signal as a standard signal. Sometimes no preheating is needed for cheap led lights in the summer.

The online site of the laser gas analyzer contains a transmitter, receiver and electronic unit. Installation, maintenance and calibration via RS 232 and PC computer communications, but also through the MODEM and the PC remote communication. Analyzer service software specially designed to be used to complete all necessary tasks such as setting the output range, the gas temperature and pressure, optical channel length. As the representative and distributor of the Asia-Pacific region, Shenzhen Technology Co., Ltd. or real real technology agents around the country will provide all support services. The scene of the laser gas line analyzer with a rugged design, and is currently the world's most advanced technology. Therefore suitable for high-precision emission measurement and process control applications. Contains the following features. laser stage lighting can be commissioned and adjusted for the customer.
Selected in the step the step width, contour elevation difference. The establishment of the triangular network model. Open the model of point cloud data: in the point cloud data following the establishment of the plane of the front of the plane (refer to the establishment of operations, and introduce a new plane to establish): i click on the right side of the edit bar icon in the lower right the side of the edit box the plane set and attribute charts: ii set cemara mode to the orthogonal mode: At this point, the page will appear the picture of the grid: iii click on the plane to create a button, use the drop-down box option From 2 points , a dialog box will pop up dialog box will appear in the plane name and settings. He should do some warming up practices for Laser Pointers.
In orientation: free, vertical, horizontal, labeled painted by the user plane type: definition of freedom, vertical, horizontal. Turn off the dialog box you can view the location and properties of the plane painted: Click the chart to create a triangular network, select the plane triangulation need to create a triangular network, the maximum and minimum angle and length selected in the dialog box: Note: At this point To select the need to create a point cloud of the triangular network model, if you need to Select All, then click the button, otherwise the system will pop up prompting you do not select the boxes need to create a triangular network. Click triangulate, there will be a triangular model of the point cloud data. Ensure the high performance and effective work of laser stage lighting.
Modern car manufacturing process, on-line detection as an important component of the process being more and more attention. The high degree of automation of CNC coordinate measuring machines and automatic 3D laser detection system used in the body production process, is a characterization. Configuration, the role of the two are clearly different. Contemporary CNC coordinate measuring machine, despite its efficiency and data processing capabilities compared to the product of more than 10 years ago has greatly improved, such as detecting a body frame measurement points over 100 time-consuming only The 0.5h about. However, if 30 samples to determine the operating status of the production process, there must be two classes of workload. The preheating of laser stage lighting is more necessary.
In order to monitor the implementation process more effectively through improved process control and improve product quality, and complement the accurate measurement of the coordinate measuring machine, with high efficiency and a strong laser measurement system for rapid sampling and analysis, have also become an important means of online testing in the modern car body manufacturing. 3D laser detection technology not only in body manufacturing process (including stamping, Tailored Blanks), in a modern car assembly, vehicle assembly process used more and more to produce good results. The 635nm laser beam light of laser stage lighting is more like the pink type.

The following article is meant for advanced body builders who have been regularly working out for the past one year. The plans and advices put forward in this article are just suggestions. Feel free to make changes and substitute new exercises. An organized set of advanced workout program along with advanced nutritional supplements, pretty much guarantees your success.Turbo Fire
Advanced workout program
Before starting with your advance workout program, please bear in mind the following points.Turbo Fire For Men
Always warm up before you start training
Do the work outs slowly and work your way up.
Set your goals taking into consideration your abilities.
Increase the intensity, duration and reps whenever possible.
Start slow, don't overload yourself with weights.
Divide your workout program and schedule.
Include proper rest period for your muscles.
The advance workout program that follows is just a sample work selected randomly from a list of thousands. Workouts vary from person to person and from trainer to trainer.Try Turbo Fire
Monday -chest
For the following exercises, do three sets of 10 to 12 reps. try to finish your workout routine within 60 to 70 min.
Exercises include -Dumbbell flys, dumbbell press, incline press, incline flys, hip push-ups.
Do 20 min of cardio, which can include jogging, treadmill or cycling.Turbo Fire
Tuesday -lats
Finish your workout in 80 to 90 min and include 20 min of cardio.
Exercises include-Weight pull ups, dumbbell rows, narrow grip pull ups, bend over rows, alternating grip pull ups.
Wednesday - legs
Finish your workout in 70 to 80 min and include 20 min of cardio.
Exercises include-Lunges, stiff leg dead lifts, hanging leg curls, weight calf raises, skateboard squats.
Thursday - shoulders
Complete your workout within 80 to 90 min, include 20 min of cardio.
Exercises include-front raise, side race, alternating dumbbell press, shrugs, rotation both inner and outer.
Friday - arms
Complete your workout program in 80 to 90 min, include 20 min of cardio.
Exercises include- Hammer curls, reverse curls, dumbbell curls, chair dips, dumbbell press, preacher curls, and skull crushers.
Saturday and Sunday
Give your body the much-needed rest.
You can however do 20 min of cardio on these days.
For an advanced body builder, half of the work is done in the gym and the rest is through nutrition. During advance workout session you stretch and break your muscle fibers causing damage. For these muscle fibers to recover and grow bigger, diet rich in proteins is a must. Your diet should include 1 gram or more proteins per pound, and not more than 15 cal per pound per day. Here are some pointers that will help you with your diet.
Eat lots of fresh vegetables, whole grains, legumes, nuts, beans, and meat.
Avoid sugar, alcohol, fatty food, fast food, salty food, and starchy food. Turbo Fire
Drink plenty of water.
Divide your meals and space them 4 hourly.
Supplement your diet with protein powder.
Remember to load your bloodstream with proteins, pre-and post-workout.
Protein preferred for Pre-and post-workout is whey.
Protein (casein) should be taken before sleep and after getting up in the morning.
The two keywords for success are hard work and proper diet. Once you start feeling comfortable with your workout program and your nutrition schedule, don't break the rhythm. Workout routinely and success will be yours.