What is an easy job for engineers or professionals to make clear and precise enough dot indication? It might be processing at different work distances and multiple lighting occasions, as a results, a lot of users would prefer to operate a highly intense beam emitted tool of a 520nm green laser diode module. It keeps work with intense and powerful forest green laser beam directly from an import 520nm green laser diode. Usually it applies a qualified optic lens and thermal emitting system inside a highly durable housing tube. Not limited by professional skills, operating distance or other complex working environments etc, this direct diode emission made 520nm green dot laser ensures easy reaching, noncontact and high precision green reference dot projection onto various working surfaces conveniently.
In practical machinery processing works, this 520nm green laser diode module is always required to make long term lasted dot positioning works. The genuine use of an import laser diode enables at least 40% laser beam stability, and the output power fluctuation is less than ±5% (operating temperature -10°C to 60°C), preventing beam spot dimming or deformation due to power attenuation and ensuring consistent positioning marks during long-term continuous processing. Besides the use of a metal heat sink cooling system, this green dot laser alignment also gets special use of APC, ACC intelligent feedback control electric driving circuit design. Whatever output power it is selected, it still maintains ultra long time lasted green dot projection and long serving lifetime for all precise dot positioning works.
Being made with durable anodized aluminum alloy housing tube design, this 520nm green laser diode module can be adapted to different workshop environments. It is designed to withstand vibration and dust, the module can withstand machine tool vibration and dust pollution during operation, reducing module downtime. In practical precise dot measuring work, only after correct use of output power and operating voltage electric power source, this ultra compact structure made 520nm green dot laser enables quite easy installation or integration, quick reaching and good direction green reference dot projection onto any vertical or horizontal surface immediately.
In machining processing work, 520nm green laser diode module is primarily used to provide precise visual positioning references, such as “starting point marking” for cutting metal/non-metallic sheet metal, “workpiece alignment reference points” for milling, “hole position pre-marking” before drilling, and “multi-process coaxial calibration marking” for large part machining. It gets reduced relying on manual labor force input, and no limitation caused by long distance, high height and other complex working environments etc. When green alignment laser is operating with high power up to 50mW, it is a necessity to take active laser safety measures and wear proper 520nm wavelength preventing laser safety glasses so as to achieve easy, free and secured dot measurement constantly.
Tag: laser diode module
Noncontact Aligned Experience of Industrial Field Applied 520nm Green Laser Diode Module
Whenever dot generation work is processing at different work distances and multiple lighting occasions etc, not able to reach with a simple laser pointer or other manual dot projecting tool, it would be a much more efficient job to apply a direct diode emission tool of a 520nm green laser diode module. It generates intense and powerful forest green laser beam directly from an inner laser diode and applies a qualified optic lens inside its durable metal housing tube. Only if it gets constant electric power source supply and proper mounting onto industrial device or equipment, this green dot laser alignment tool assures good direction, noncontact and no mistake green dot indication for all industrial precise dot measuring works constantly.
Usually 520nm green laser diode module applies an import 520nm green laser diode within 5mW to 50mW and high power range of 150mW to 200mW as its beam emitting source. It gets a bit shorter wavelength than the middle wavelength of 532nm, however, it still maintains sensitive color and easy absorbing green laser light source emission, and forms into highly intense and powerful green laser light source, ultra clear and precise green reference dot projection at different work distances and multiple ambient lighting occasions as well. Typically 520nm green dot laser alignment adopts quite small size tube diameter design of 16mm, 18.9mm or 26mm for different output power range, thus it can be easily integrated into various industrial equipment. It saves space and facilitates installation and maintenance. For example, it can be integrated into small handheld laser measuring instruments for convenient on-site operation.
According to the use of a durable anodized aluminum alloy housing tube and copper laser diode, this direct diode emission made 520nm green laser diode module always offers excellent heat dissipation performance. This effectively dissipates heat generated during operation, ensuring the stability of the laser module during continuous operation and extending its service life. In process of long time lasted green dot projection within 8 to 10 hours per day, this industrial stabilized 520nm green dot laser alignment tool gets superior high laser beam stability and ultra clear green dot projection for multiple precise machinery processing works.
General applications in industrial fields:
High Visibility and Precise Positioning: 520nm green light falls within the wavelength range that the human eye is most sensitive to. Even in strong sunlight in industrial environments, it maintains extremely high visibility, clearly indicating the target position and achieving high-precision positioning. It is widely used in scenarios such as aligning precision parts in machining and marking benchmarks in construction.
Non-contact measurement and inspection: 520nm green laser diode module can be used in industrial robot sensing, visual inspection, and other fields. By projecting a spot light spot, it provides a precise reference point for the vision system, enabling non-contact measurement and inspection of an object’s size, shape, and position, while avoiding damage to the object being measured.
Harsh Environment Adaptability: Most 520nm green dot projecting alignment laser features a wide operating temperature range and vibration resistance, enabling stable operation in complex environments such as high and low temperatures, and vibrations found in industrial workshops. This ensures long-term stable operation, such as when positioning high-speed moving parts on automated production lines.
Industrial Dot Alignment Work with 515nm Green Laser Diode Module
In those of industrial precise dot alignment work fields, on consideration of high level of accuracy and high precision dot indication onto different working surfaces, it would be a much better choice for users to apply advanced laser diode tech applied tool of a 515nm green laser diode module. It is primarily used to provide precise reference dot, helping to ensure high precision and consistency in various operations during industrial production. Based on its advanced use of an import 515nm green laser diode and a qualified glass coated lens inside a durable metal housing tube, only after its easy connects with electric power source and proper installation onto any other industrial machine or device, this direct diode emission made 515nm green dot laser alignment tool always makes sure of high precision, easy reaching and good direction dot indication onto various working surfaces conveniently.
The usual use of a 515nm green laser diode module applies a short wavelength of 515nm green laser diode, which emits similar green laser light as a 532nm green DPSS laser system. However, owing to its direct forest green laser light emission from its inner laser diode, equipped with inner metal heat sink cooling system and APC, ACC driving circuit board design, it enables even more stable and reliable forest green laser light emission in long time use. 515nm green laser light falls within the spectral range where the human eye is most sensitive. Even in bright light conditions, green laser dot can be clearly seen in industrial environments, facilitating accurate alignment and commissioning.
Being made with a qualified glass coated lens in front of laser beam aperture, cooperated with adjustable focus optic lens, this 515nm green laser diode module typically offers excellent beam quality and a small divergence angle, providing a very precise green reference dot beam spot. This enables high-precision dot alignment and positioning, meeting the stringent precision requirements of industrial production. Combined with adjustable focus optic lens in front of laser beam aperture, once 515nm green dot laser alignment gets immediate forest green laser light concentration, it also converts into an increasing accuracy and brightness green dot projection for both of longer distance and higher lighting occasions as well.
515nm green laser diode module utilizes an integrated design, resulting in a compact size that facilitates installation and integration into various industrial equipment. It doesn’t occupy excessive space, contributing to the miniaturization and compactness of industrial equipment. In practical precise dot measuring work fields, owing to the adoption of durable anodized aluminum alloy housing tube design, it bears wide range operating temperature, different humidity, and other harsh occasion of mechanical moving or shocking as well. It can operate stably in complex industrial electromagnetic environments, unaffected by external interference factors, ensuring accurate alignment and reliability.
Applications in industrial machinery processing fields:
Machining: During machining, 515nm green dot laser module can be used for tool setting on machine tools, providing precise positioning reference
points for the tool, ensuring the accurate relative position between the tool and the workpiece, thereby improving machining accuracy. Furthermore, during the assembly process, the dot laser emitted by this laser module can be used as a reference to ensure the precise installation position of each component.
Electronic Manufacturing: In electronics manufacturing, such as in the production of circuit boards, 515nm green laser diode module can be used for positioning and alignment. For example, during processes such as cutting and drilling circuit boards, a laser dot is projected onto the circuit board, providing a precise position reference for the processing equipment, ensuring accurate processing accuracy and quality.
Automated Production Lines: 515nm green alignment laser can be used for object position detection and alignment in automated production lines. For example, during product transport, the laser spot projection can be used to detect correct product positioning. Any deviations can be adjusted promptly to ensure smooth production line operation and consistent product quality.
980nm Infrared Laser Diode Module Used for Medical Fields
Different from any other visible laser devices, the adoption of a 980nm infrared laser diode module belongs to a near infrared laser devices. It emits invisible and intense infrared laser beam directly from an import 980nm semiconductor IR laser diode, which is mainly used in minimally invasive treatment, diagnostic assistance and precision surgery in the medical field due to its infrared tissue penetration and precise energy focusing ability. Being made with constant power source supply and built in thermal emitting system, this direct diode emission made 980nm infrared dot laser gets good heat dissipation, long time lasting and high stability infrared reference dot projection onto multiple working surfaces constantly.
How can near infrared laser work in medical fields? Comparing with any other visible laser devices, 980nm infrared laser diode module gets even strong laser light penetration ability than those of visible laser devices. Near infrared laser light source is less affected by the scattering and absorption of biological tissues (such as skin and muscles). It can penetrate several millimeters to several centimeters of deep tissues, which is suitable for deep lesion treatment or imaging. At the same time, cooperated with the a qualified glass coated lens and low laser beam divergence of less than 1.5mard fan angle, 980nm infrared dot laser enables high concentration infrared laser light source emission, and converts into ultra clear and precise infrared reference dot at a long extending distance.
In order to achieve even more precise and clearer infrared dot projection at longer distance, this 980nm infrared laser diode module also gets special use of adjustable focus optic lens design. Highly powerful and concentrated infrared laser light and IR dot can accurately act on the target tissue (such as micro-vessels, tumor cells), reducing damage to surrounding healthy tissues. Whatever output power it is selected, owing to its special adoption of APC, ACC driving circuit board, 980nm infrared dot laser is also working well with constant output power emission, and the most reliable infrared dot indication, without effect by overheating and over current impact as well. In addition, it can greatly avoid tissue burns caused by abnormal power. At the same time, infrared laser light is invisible to the naked eye and needs to be positioned with red light indication to ensure accurate positioning of the target area during operation.
Main application in the medical field
Minimally invasive treatment:
Treatment of vascular diseases: In the treatment of varicose veins, hemangiomas, etc., 980nm laser diode module can be efficiently absorbed by hemoglobin in the blood, and the blood vessel wall can be contracted and closed through the photothermal effect to achieve minimally invasive ablation, which is less traumatic and recovers faster than traditional surgery.
Otorhinolaryngology treatment: It is used for minimally invasive surgeries such as tonsil hypertrophy and nasal polyps. The infrared dot light spot can accurately act on the diseased tissue, reduce damage to the surrounding healthy mucosa, and reduce the risk of postoperative complications.
Research and application of photothermal therapy:
In basic research and clinical treatment of tumors, with the help of nano-drug delivery systems (such as gold nanoparticles), 980nm infrared alignment lasers can penetrate deep tissues, accurately heat the tumor site through photothermal conversion, achieve local high temperature killing of cancer cells, and reduce the impact on normal tissues.
Diagnosis and imaging assistance:
As a near-infrared light source to assist biological imaging, for example, in intraoperative navigation, by stimulating tumor-specific fluorescent probes, 980nm IR dot laser can help doctors identify tiny tumor lesions or tumor boundaries, and improve the accuracy of surgical resection.
Physical therapy and rehabilitation:
In the physical therapy of chronic pain and inflammation, low-power 980nm infrared alignment lasers can penetrate subcutaneous tissues, promote local blood circulation and tissue repair, and relieve symptoms such as muscle strain and joint inflammation.
Industrial Applications and Advantages of 660nm Red Laser Diode Module
When 660nm wavelength red laser light gets high recognition under natural light or industrial ambient light, the finished product of a 660nm red laser diode module is able to work with highly visible and easily absorbed red laser light emission to human eye. Being made with a qualified 660nm red laser diode and qualified optic lens inside a durable metal housing tube, it is able to help operators to make easy machine vision system capture and clear dot positioning results onto multiple working surfaces intuitively. Not relying on any manual labor force input, after correct use of output power and proper installation onto industrial device or equipment, being used as an accessory part of other industrial machine or device, this 660nm red dot laser is able to provide users quite satisfied dot positioning results for multiple industrial precise mechanical processing works conveniently.
Comparing with any other wavelength laser devices, the real use of a 660nm red laser diode module always gets low power and energy consumption. It applies an import 660nm semiconductor red laser diode within 5mW to 100mW as its beam emitting source, which just gets no need to spend extra time on alkaline battery power source change. In addition, after its special use of a metal heat sink cooling system inside a durable anodized aluminum alloy housing tube, this 660nm red dot laser is working well within wide range operating temperature, different humidity and other harsh working occasions, such as mechanical moving, shocking or calibration as well. It gets superior nice heat dissipation and ultra stable red reference dot projection in various working environments and maintains up to 85% laser beam stability under long lasting work time of 8 to 10 hours per day.
In various long time lasting dot positioning works in those of industrial precise machinery processing works, 660nm red laser diode module applies a qualified glass coated lens and glass window in front of laser beam aperture. It generates high transmittance and high energy density red laser light source at several miles far away, and converts into an increasing accuracy and brightness red dot projection at an even longer work distance and higher lighting occasion. The inner intelligent feedback electric current control system ensures constant red laser beam and red dot output power, and maintains long serving lifetime during the process of long time lasting red dot alignment works. There is also no effect by overheating and over current impact, thus 660nm red dot laser gets low maintenance cost for all precise machinery processing works.
Whenever highly concentrated red laser light is focused at laser beam aperture, 660nm red laser diode module enables ultra high level of accuracy and high brightness red dot projection at greater distance and other ambient lighting occasions as well. It has good tolerance to changes in industrial environments such as temperature and humidity, is not easily disturbed, and ensures long-term working stability. Whenever it gets correct use of output power and operating voltage electric power source supply, 660nm red dot laser is able to provide users ideal dot alignment accuracy in a lot of application fields as below:
The 660nm red dot laser module has the characteristics of 660 nanometers (red light band), dot-shaped output spot, high stability, low power consumption, etc. in the industrial field. It is mainly used for positioning, alignment, marking guidance and other scenarios. Specific applications include:
Mechanical processing: red alignment laser dot is used as a positioning reference for precision machine tools and cutting machines, it assists in determining the processing starting point or path.
Welding industry: mark the weld position before welding to ensure the alignment accuracy of the welding gun.
Automated production line: red laser diode module can provide visual positioning reference points for robot grasping, assembly and other actions.
Building material processing (such as wood and stone cutting): mark cutting lines or punching positions to improve operation accuracy.
Good Collimation DC Power 635nm Red Laser Diode Module
Comparing with formally used 650nm red laser, the usual use of the wavelength of 635nm red laser is projecting at least three times brighter red laser light source emission with the same output power range. Cooperated with an import semiconductor laser diode and a qualified glass coated lens inside a durable housing tube, it is manufactured into a professional dot measuring device of a 635nm red laser diode module. It is working well with high purity and high brightness red laser light source emission at long extending distance. In practical precise dot measuring work, it gets featured advantages of clear light spot and good collimation. This red dot laser alignment tool has significant advantages in positioning accuracy and ease of use, and is widely used in industrial processing, medical and other fields.
The formal use of a 635nm red laser diode module always applies imported laser diodes and optic lens inside the durable anodized aluminum alloy housing tube, which enables highly clear red reference dot emission and ultra low laser beam divergence, and good collimation laser light emission in real use. It gets selected output power of 5mW to 100mW and high power up to 150mW to 500mW. On consideration of its good heat dissipation, this red dot laser is not only adopting different dimension housing tube, but also applying an internal metal heat sink cooling system. Whenever it makes long time lasting red reference dot projection within 8 to 10 hours per day, it gets enough time and space leaving for tube cooling down, and maintains ultra stable red dot indication in proper use.
Whenever 635nm red laser diode module gets constant electric power source supply, this special wavelength always assures highly visible red laser light emission with good monochromaticity, high brightness and high purity laser light color. Compared with traditional positioning methods, the red laser dot positioning effect is clear, and the position can be accurately determined, reducing errors and losses in the production process. Whenever red dot laser alignment tool is equipped with proper operating voltage DC power supply, after equipment with a mounting bracket, it enables easy installation and disassemble.
Equipped with APC, ACC intelligent feedback control circuit, this 635nm red laser diode module gets high-efficiency transmittance optical system, has the characteristics of low power consumption, high-efficiency optical power output, good consistency and long service life. It also obtains strong industrial applicability, can work in a variety of environments, and can adjust the brightness to adapt to different material surfaces and ambient light.
Applications of 635nm red laser diode module:
Industrial processing: red laser dot indication is commonly used in laser marking machines, laser welding machines, laser engraving machines and other equipment to accurately locate the processing position and improve processing accuracy and efficiency.
Clothing industry: high brightness red laser light source emission can be used for clothing button point light source positioning, cloth cutting machine cloth cutting auxiliary marking line positioning, sewing machine auxiliary marking line positioning, etc., to help workers more accurately perform cutting and sewing operations.
Medical field: ultra compact size tube made red alignment laser can be used for laser positioning, diagnosis and treatment, such as auxiliary positioning during surgery, or as an indicator light source in some medical testing equipment.
Measuring instruments: can be used in measuring instruments such as four-wheel aligners and rangefinders, using its collimation and high brightness to facilitate measurement and calibration.
Myopia prevention and control: Some red light therapy devices for myopia prevention and control use lasers of this wavelength to help control the development of myopia by simulating the red light in sunlight that is beneficial to the eyes.
Advantageous Use of Direct Diode Emission 445nm Blue Laser Diode Module
Whatever kind of working surface users are in need of long time lasting and ultra stable dot indication at a longer distance and higher lighting working occasions, even though it is not workable at all to rely on manual dot projecting tool, it should be a much more efficient job to operate a high intensity beam emitted tool of a 445nm blue laser diode module. It keeps work with intense and powerful blue laser beam emission from an inner laser diode directly. For the most important of all, featured by basic thermal emitting design and constant electric power source supply, this short wavelength made 445nm blue dot laser makes sure of quick response, good direction and ultra clear blue reference dot projection for a lot of precise machinery processing works constantly.
When 445nm blue laser diode module applies an AC/DC adapter as its electric power source, it gets no need to spend extra time on alkaline battery change. Employed by an import 445nm blue laser diode within 50mW to 100mW as its beam emitting source, together with its inner thermal emitting system, it always gets larger space leaving for tube cooling down, and achieves ultra stable and reliable blue dot alignment as long as 10 hours per day. For the most important of all, owing to its good performance of good heat dissipation, the genuine use of a 445nm blue dot laser gets no effect by overheating and over current in continuous use.
According to quite easy mounting of an accessory part of a 445nm blue laser diode module onto any other industrial machine or device, it makes sure of easy reaching and long time lasting blue dot projection for all precise machinery processing works. Based on the real work distance and lighting occasion, after correct use of output power, it makes sure of quite satisfied dot measurement for a lot of applications as below:
Consumer electronics: highly bright blue laser light source is used for laser pointers, laser pens for demonstration or guidance, and light source modules for some high-end projectors and photocuring 3D printers.
Industrial field: 445nm blue dot laser is used as the transmitting end of laser rangefinders and laser locators for precise positioning in mechanical processing and construction; light source for laser barcode scanners.
Scientific research and medical treatment: high density blue laser light source emitted from a 445nm blue laser diode module is used for spectral analysis and optical testing in scientific research experiments, auxiliary light sources for some low-power medical equipment (such as positioning instructions for skin treatment).
Entertainment and display: short wavelength made 445nm blue laser light is applied for laser stage lights and outdoor light shows use the high brightness and color saturation of blue lasers to create visual effects.
Structural advantages of 445nm blue laser diode module:
Configured with semiconductor 445nm semiconductor blue laser diodes (LD) with collimating lenses and drive circuits for integrated design, small size (common sizes such as 5-10mm diameter), which is easy to embed in small devices. Being made with a qualified glass coated lens and heat dissipation structure inside a durable anodized aluminum alloy housing tube, it enables long time lasting blue dot projection, easy maintenance and replacement, while improving the stability of the optical path. Being made with built in micro heat sinks or metal bases, blue alignment laser gets reduced temperature accumulation during long time operation and extending service life for all application fields effectively.
Highly Clear Dot Positioning 650nm Red Laser Diode Module
Within quite long work distance and multiple lighting occasions, not limited by manual labor force input or other hard reaching places etc, it would be a quite efficient job to operate a high energy density beam emitted device of a 650nm red laser diode module. It is an industrial stabilized dot measuring tool, which has been made with good thermal emitting and required to make long time lasting dot indication. As a result, it has just applied an import red laser diode and cooling system inside different dimension metal housing tube. Whenever ultra compact size tube made red dot laser makes proper installation onto desired device or equipment, after its proper adjustment of dot diameter and emitting direction, it just brings users quite satisfied dot measurement and alignment for multiple raw material processing works conveniently.
The usual dot measuring work with a 650nm red laser diode module is decided by real work distance, lighting occasion and other complex working environments etc. It is an industrial stabilized dot measuring tool, which gets basic use of an import 650nm red laser diode within 5mW to 100mW and high power up to 150mW to 500mW as its beam emitting source. Cooperated with a 16mm, 18,9mm and 26mm diameter metal housing tube design, the genuine use of a red dot laser just gets larger space leaving for tube cooling down, easy integration and installation, and quick reaching of red reference dot onto any vertical or horizontal surface.
Comparing with other visible laser devices, 650nm red laser diode module gets single wavelength, cooperated with its low laser beam divergence fan angle, it always enables highly clear and ultra compact size red dot projection. The adoption of a qualified glass coated lens and adjustable focus optic lens are cooperating well. Besides its operation with high energy density and high transmittance red laser beam emission at several miles far away, usually 650nm red dot laser is working well with highly clear dot positioning result for those of industrial and high tech fields conveniently.
When 650nm red laser diode module makes quite easy roast of laser beam aperture, after immediate red laser light concentration, it converts into increasing brightness and accuracy red dot projection at longer distance. It should be operating properly by skilled users or professionals. Once it is operating with high power up to 50mW, it is a key issue to avoid eye exposure to beam aperture and potential thermal energy hurt to eyes, after proper wearing of laser safety goggles, this industrial red alignment laser makes easy, free and secured dot measurement for all application fields conveniently.
Featured Advantages of 680nm Red Laser Diode Module
Usually the adoption of a 680nm red laser diode module is projecting highly visible and intense red laser beam emission directly from an inner semiconductor red laser diode. It can extend at a several miles far away. At the same time, cooperated with basic thermal emitting system inside a highly durable housing tube, only if it makes proper integration and installation onto desired machine or device, and connects with external electric power source supply, this industrial stabilized red dot laser enables good directivity, highly visible and precise red reference dot projection onto multiple working surfaces conveniently.
The genuine use of a 680nm red laser diode module gets featured advantages of small size, easy integration into various devices and system. It applies an import laser diode within 5mW to 100mW, while only adopting ultra small size tube diameter of 16mm, 18.9mm and 26mm for different output power range. When it is used as an accessory part, it does not take up too much space, for example, it can be installed in a portable device or equipment. When it gets constant power source from a 5V, 9V 1000mA AC/DC adapter, this red dot laser enables stable and highly clear red laser beam emission at long extending distance.
In various industrial, high tech and other work fields, this accessory part of 680nm red laser diode module adopts high precision optical components and stable mechanical structure. The special use of APC, ACC driving circuit board ensures constant red laser light output, and long time lasting red reference dot projection within 10hours per day. It gets no effect by increasing temperature and serious electric current impact, which can reduce jitter and drift, and suitable for high precision dot alignment requirement, such as laser processing equipment.
Based on the use of a qualified glass coated lens, 680nm red laser diode module keeps work with high brightness and high density red laser light emission. Red reference dot can be clearly seen at a long distance and in complex environments, can be used for long distance indication or signal transmission. When it gets a small divergence angle, it can maintain good straight line propagation, and the energy is concentrated in a small area, which is conducive to precise aiming and positioning, such as in laser sights. Featured by good monochromaticity and narrow spectral width, this 680nm red dot laser is providing excellent red laser light source for field where requires a specific wavelength light source, such as optical experiments, fluorescence excitation, etc., it can provide accurate excitation wavelength.
Applications
Industrial manufacturing: 680nm red laser diode module is used for dot positioning and calibration in precision machining, such as accurate red dot indication of drilling positions in circuit board manufacturing. It can also be used for micro-machining of material surfaces, such as engraving tiny patterns and text.
Education and teaching: in physics, optics and other experiments, red laser beam is used as a light source to demonstrate light interference, diffraction and other phenomena. Intense red laser light can also be used for instructions in classroom teaching, so that teachers can point out key points.
Consumer electronics: 680nm red laser diode module can be used as a red light source in some projectors to participate in the projection display of images, which can also be used in the laser focus module of mobile phones to help mobile phones focus on the subject quickly and accurately.
Aerospace: in the instrument display of the aircraft, it is used as an indicator light source to provide clear information display for the pilot. In the attitude control of satellites, it is used for precise angle measurement and positioning.
Application of 680nm Red Laser Diode Module in Scientific Research
Among all visible optical spectrum, red laser diode module with wavelength of 680nm is in the red light region, which has a good excitation effect on some specific fluorescent substances, and good penetration in biological tissues. It is suitable for some deep tissue imaging studies in the biomedical field. In practical precise dot measuring works, it can provide high density red laser light of a single wavelength, which can reduce spectral interference, make experimental results more accurate and clear, and is conducive to the study of the interaction between light of a specific wavelength and matter.
In practical precise dot measuring works, owing to the easy use of an AC/DC adapter, this 680nm red laser diode module is able to work with continuous red laser beam emission from an import 680nm red laser diode within wide range output power of 5mW to 100mW. Configured with a metal heat sink cooling system inside a 16mm or 26mm diameter anodized aluminum alloy housing tube, it enables stable and ultra clear red reference dot projection for a quite long time. In addition, when 680nm red dot laser is used in different working environments, including wide range operating temperature, different humidity, or mechanical moving or calibration, it still maintains ultra clear and no decay light red dot alignment for multiple application fields.
Being made with a qualified glass coated lens in front of beam aperture, this single wavelength 680nm red laser diode module enables high transmittance red laser light emission and ultra clear red dot indication. The strong coherence of the laser enables it to produce stable and obvious interference and diffraction phenomena in interference, diffraction and other experiments, which is convenient for accurate measurement and analysis. Even in experiments of weak signal detection, highly bright red dot laser can provide sufficient light intensity to ensure the observability and accuracy of the experiment.
Application introduction:
Optical experiments: In light interference and diffraction experiments, as an ideal coherent light source, 680nm red laser diode module helps researchers observe and analyze the wave nature of light. For example, in double-slit interference experiment, the laser emitted by the 680nm red dot laser module can produce clear and stable interference fringes, which is convenient for measuring and studying the wavelength and other characteristics of light.
Spectral analysis: As an excitation light source, it is used to excite samples to produce fluorescence or Raman scattering, and to study the molecular structure and chemical composition of samples by analyzing the spectrum of scattered light. In materials science research, it can be used to analyze the crystal structure, chemical bonds, etc. of materials.
Biomedical research: In cell imaging and biomolecule labeling, the wavelength of 680nm red laser diode module can excite specific fluorescent markers, allowing researchers to observe the structure inside cells and the distribution of biomolecules. For example, in fluorescence microscopy, 680nm lasers can be used to excite red fluorescent proteins to locate and track specific proteins in cells.