April 2025 – Red Dot, Line and Cross Line Laser Modules

650nm Red Dot Laser Module Used In Mechanical Processing and Manufacturing

What is an efficient job to make clear and accurate enough dot measurement? It might not be limited by long distance or high height, however, it still makes an efficient job to operate a high density beam emitted device, such as a 650nm red dot laser module. It is applying an import 650nm red laser diode as its beam emitting source. In various industrial mechanical processing and manufacturing work fields, based on the use of correct output power and operating voltage DC power supply, this ultra compact structure and high strength red laser alignment tool enables ultra clear, precise and long time lasting dot alignment for multiple application fields.

Unlike the use of formal dot positioning work, not limited by long distance, high height or any other complex working environments etc, 650nm red dot laser module is always makes continuous red laser beam emission at several miles far away. It is different from any other manual dot projecting work. When it gets wide range output power of 5mW to 100mW, and high power up to 150mW to 500mW, cooperated with 5V, 9V, and 12V DC power supply, it has just assured continuous red laser light source emission, and ultra clear red dot projection for multiple work fields, including inner room, close distance, long distance and high lighting occasion as well.

In order to assure its clear and accurate dot alignment for multiple working occasions, this 650nm red dot laser module has just applied a qualified glass coated lens. Cooperated with adjustable focus optic lens, when it projects highly powerful and high energy density red laser beam at several miles far away, it is converting into increasing accuracy and brightness red dot projection for all raw material processing works. According to correct use of output power and operating voltage electric power source, this 650nm red laser alignment tool makes sure of high precise dot measurement for multiple mechanical processing works.

Applications:

Processing positioning and alignment

CNC machine tool/cutting machine guidance

In metal cutting, woodworking engraving, stone processing and other equipment, the red dot projected by the 650nm red dot laser module is used as the processing reference line to assist the operator to quickly align the workpiece position. For example: When the CNC milling machine processes complex parts, the red dot is aligned with the origin of the workpiece coordinate system to reduce the tool setting time. Before the laser cutting machine cuts the sheet metal, the red dot marks the starting point of the cutting path to avoid manual marking errors (accuracy can reach ±0.1mm).

Multi-axis processing collaborative positioning

With a multi-station robot arm, multiple 650nm red laser modules simultaneously project red dots so as to achieve synchronous calibration of multi-axis linkage processing (such as multi-faceted milling alignment of automobile mold cavities).

Welding and assembly assistance

Welding path guidance

In argon arc welding and laser welding equipment, the red dot marks the weld position, thus 650nm red dot laser module is especially suitable for curved welds or multi-layer welding scenarios. For example: When welding the circumferential seam of a pressure vessel, the red dots are evenly distributed along the circumference, and the auxiliary welding gun maintains a constant welding distance. In the precision welding of electronic components, a tiny light spot (diameter <0.5mm) locates the pin welding point to improve the efficiency of automated welding.

Component assembly calibration

When assembling the cylinder block of an automobile engine and docking aviation components, the laser red dot is projected to the hole or plane to be assembled to ensure that the bolt holes, guide grooves and other positions are accurately docked (such as the alignment of the shaft holes of the gearbox gearbox).

Application Introduction of 650nm Red Parallel Line Laser Module

Being made advanced 650nm red laser diode and qualified collimated optic lens inside a high duration metal housing tube, it is created into a quite professional measuring tool of a 650 red parallel line laser module. Its collimation optical system is usually composed of optical components such as lenses, which is used to convert the divergence red laser beam emitted by the red laser diode into a parallel light, and improve the directionality and transmission characteristics of the beam.

The usual use of a 650nm red parallel line laser module applies APC, ACC driving circuit board inside a durable anodized aluminum alloy housing tube. Even though it gets wide range output power of 5mW to 100mW, it still makes perfect control of constant red laser beam and red parallel line source generation in long time use. It provides a stable driving current for the 660nm red laser diode and controls the output power and switching state of the laser. At the same time, some protection circuits may also be included, such as overcurrent protection and overheating protection, thus it can ensure the safe and stable operation of the laser module, and long serving lifetime of more than 8,000 hours.

The unique use of a durable anodized aluminum alloy housing tube is used to fix and protect the internal laser diode, collimation optical system, driving circuit and other components. At the same time, this 650 red parallel line laser module also gets superior nice heat dissipation and shielding external interference. The material and design of the housing will affect the heat dissipation performance and mechanical stability of the laser module.

650nm red parallel line laser module is a common laser device. The following is an introduction to its application, structural composition and advantages:

Application introduction

Laser indication and demonstration: In teaching, business demonstrations, astronomical observations and other fields, parallel line laser is used as an indication tool, the bright red parallel light it emits can clearly point to the target, which is convenient for explanation and guided observation. For example, in astronomical observations, it can help observers locate celestial bodies such as stars or galaxies quickly.

Optical experiments and research: 650nm red parallel line laser module provides a stable monochromatic parallel light source for optical experiments, used to study the interference, diffraction, polarization and other characteristics of light, and to perform performance tests on optical components. It is widely used in university physics experiments and optical research in scientific research institutions.

Industrial detection and calibration: In industrial production, highly bright red parallel line laser is used for size measurement, straightness and flatness detection of parts, calibration and alignment of equipment, etc. For example, in automobile manufacturing, it can be used to detect the installation accuracy of body parts; in electronic equipment manufacturing, it can be used to locate and calibrate the production of circuit boards.

Medical field: Low-power 650nm red parallel line laser modules can be used for some medical auxiliary treatments, such as weak laser therapy, which has a certain biological stimulation effect on human tissues, can promote blood circulation, relieve pain, etc. It can also be used in medical teaching to simulate surgical path instructions or projection demonstrations of internal structures of the human body.

Art and entertainment: In stage performances, light shows, theme parks and other places, red parallel line is used to create various unique light and shadow effects, such as laser patterns, beam performances, etc., to enhance visual impact and artistic atmosphere. It can also be used to make laser engraving artworks by precisely controlling the laser beam to engrave on the surface of the material.

Advantages:

Wavelength advantage: 650nm red light is in the visible light range, the human eye is highly sensitive to it, the visual effect is obvious, and it is easy to observe and identify. At the same time, the transmission loss of this wavelength 650nm red parallel line laser module in the atmosphere is relatively small, and it can maintain good beam intensity and visibility within a certain distance.

Good parallel light characteristics: It can produce highly parallel red laser beams with small divergence angles, which enables the laser to maintain a relatively concentrated spot shape and energy distribution during transmission, which is conducive to the realization of high-precision indication, measurement and calibration functions.

High brightness and monochromaticity: 660nm red parallel line laser module has high brightness and can be clearly seen even in strong ambient light. It has excellent monochromaticity, narrow spectral width, high color purity, and can provide a stable, single-color laser beam to meet the application requirements of high color accuracy, such as optical experiments and artistic lighting effect design.

High stability: The use of high-quality 650nm red laser diodes and advanced manufacturing processes, combined with stable drive circuits and good heat dissipation design, enables the red parallel laser module to maintain stable output power and beam quality during long-term operation, with high reliability and stability.

High safety: Within the appropriate power range, the 650nm red parallel line laser is relatively less harmful to the human eye and human body. It is a low-risk laser product. Under normal use, no special protective measures are required, which is convenient for wide application.

Cost-effectiveness: Compared with some other wavelengths or high-power laser modules, the manufacturing technology of the 650nm red parallel line laser module is mature, the cost is relatively low, and it has a high cost-effectiveness, which is suitable for large-scale production and application.

General Use of 660nm Single Mode Red Laser Diode

660nm single mode laser diode is a semiconductor light emitting device that works based on the principle of electronic transition of semiconductors. A PN junction is formed between the P-type and N-type semiconductor regions of the diode. When a forward voltage is applied to the diode, the electrons in the N region move to the P region, and the holes in the P region move to the N region. Near the PN junction, the electrons and holes recombine, release energy, and radiate in the form of photons, thereby generating red light with a wavelength of 660nm. The single-mode characteristic is achieved by precisely controlling the structural design and manufacturing process of the diode, so that the 660nm red laser diode can only work in a single mode, ensuring that the output laser has good directionality and monochromaticity.

Key features:

High monochromaticity: The central wavelength of SM red laser diode is 660nm, the wavelength width is narrow, usually within a few nanometers, and has excellent monochromaticity. This means that the light it emits has high color purity and can provide accurate red laser light sources in applications that require specific wavelengths of light, such as optical communications, biomedical imaging, and other fields.

Good directivity: The light beam emitted by a 660nm single-mode red laser diode is highly directional and has a small divergence angle, generally within a few milliradians. This allows the red laser light beam to maintain high intensity and focus during long-distance transmission, which is beneficial to improving the transmission efficiency and imaging resolution of optical signals.

Low threshold current: Compared with multimode diodes or other types of lasers, 660nm single-mode red laser diodes usually have a lower threshold current. This means that red laser emission can be achieved at a lower driving current, reducing power consumption, improving energy efficiency, and also helping to extend the service life of the device.

Good stability: It has good power stability and wavelength stability. Within a certain range of working conditions, it can keep the output power and wavelength relatively constant, reducing performance changes caused by environmental factors (such as temperature, current fluctuations, etc.), and is suitable for application scenarios with high requirements for light source stability.

Small size and light weight: The structure of 660nm SM red laser diode is compact, the size is usually small, and the weight is also light, which is easy to integrate into various miniaturized devices and systems, meeting the needs of modern technology for device miniaturization.

Technical data introduction:

Wavelength: 660nm, which is its most important parameter, determines its luminous color and applicability in different applications.

Output power: Generally 660nm SM laser diode gets selected output power within 5mW to 100mW. Different application scenarios have different power requirements. For example, in biomedical imaging, a lower power red laser light source is usually required to avoid damage to biological tissues, while in photodynamic therapy, a suitable higher power needs to be selected according to the treatment needs.

Beam divergence angle: it gets low laser beam divergence angle within 1 and 10 milliradians. A smaller divergence angle means that the red laser beam has better directionality and can maintain high intensity and focusing performance during long-distance transmission.

Working voltage and current: The working voltage is usually around 2-5V, and the working current varies depending on the output power, generally ranging from tens of milliamperes to hundreds of milliamperes.

Application fields:

Optical communication: In optical fiber communication systems, 660nm single-mode laser diodes can be used as light sources for short-distance optical signal transmission. Its high monochromaticity and good directionality can ensure the efficient transmission of optical signals in optical fibers, reduce dispersion and loss, and improve the transmission capacity and distance of communication systems.

Biomedicine:

Photodynamic therapy: Light with a wavelength of 660nm can be absorbed by photosensitizers in human tissues, triggering photochemical reactions and producing active substances such as singlet oxygen, thereby killing cancer cells or diseased cells, and has a certain effect on the treatment of cancer, skin diseases and other diseases.

Bioimaging: As a fluorescent excitation light source, 660nm SM red laser diode is used to excite fluorescent markers in organisms to achieve imaging of biological tissues and cells. Its high monochromaticity and low light damage characteristics help to obtain clear and accurate biological images, providing an important means for biomedical research and clinical diagnosis.

Laser acupuncture: Using the biostimulation effect of 660nm laser to irradiate human acupuncture points, it plays a role in regulating human physiological functions and relieving pain. It is a non-invasive treatment method.

Industrial testing: In industrial production, it can be used for non-destructive testing of materials, surface defect detection, etc. For example, by irradiating the surface of the material, the characteristics of reflected light or scattered light are used to detect defects inside the material or tiny cracks on the surface. Its high resolution and good directionality can improve the accuracy and reliability of detection.

Research field: In scientific research fields such as spectroscopy and optical experiments, 660nm SM red laser diode is used as a standard light source or excitation light source. Its stable output and precise wavelength characteristics provide a reliable light radiation source for scientific research, which is helpful for various optical property research and experimental analysis.

Fiber Optic Detector Used for Fiber Optic Wiring Detection

The fiber optic detector can evaluate the quality of fiber optic connection by detecting the loss of optical signal. The following are its specific methods, performance advantages and structural features:

Methods for testing the quality of fiber optic connection

Insertion loss detection

Connect the red laser light source transmitting end of the fiber optic detector to one end of the fiber optic connection point to be tested, and connect the optical power meter or the receiving end of the fiber optic test pen to the other end of the connection point. The 650nm red laser pen emits a highly visible red laser light as an optical signal of a specific wavelength and power.

After the optical signal is transmitted through the fiber optic connection point, the optical power value is measured by the receiving end or the optical power meter. By comparing the transmitted optical power and the received optical power, the insertion loss of the fiber optic connection point can be calculated. Generally speaking, the lower the insertion loss, the better the quality of the fiber optic connection. If the insertion loss exceeds the specified standard value, it indicates that there is a problem with the connection point, such as loose connection, uneven fiber end face, dust or impurities, etc.

Return loss detection

The fiber optic detector emits an optical signal into the optical fiber, and then detects the intensity of the optical signal reflected back from the fiber optic connection point. Return loss reflects the reflection of the optical signal at the fiber optic connection point, which is related to factors such as the end face quality of the connection point and the concentricity of the optical fiber.

A higher return loss value indicates that the connection point has less reflection of the optical signal and the connection quality is better; conversely, if the return loss value is low, it means that there is a large reflection at the connection point, which may cause reflection interference of the optical signal and affect the performance of the optical fiber communication system.

Performance advantages

High-precision measurement: fiber optic detector can accurately measure parameters such as insertion loss and return loss of the optical fiber connection point, and the measurement accuracy can usually reach ±0.1dB or even higher, providing accurate data support for evaluating the quality of optical fiber connection.

Fast detection: The detection of optical fiber connection quality can be completed in a short time, and the detection results can generally be obtained in a few seconds to tens of seconds, which greatly improves the detection efficiency and is suitable for on-site rapid detection and troubleshooting.

High resolution: fiber optic detector has a high resolution for the changes in optical signals, and can detect small changes in optical power and reflection signals. Even small connection quality problems can be accurately detected.

Stable and reliable: It uses high-quality and high density red laser light sources and photoelectric detection devices, has good stability and reliability, can maintain accurate measurement performance under different environmental conditions (such as temperature and humidity changes), and reduce misjudgment and missed judgment.

Structural features

Compact and light: The overall structure of fiber optic detector is compact, small in size, light in weight, easy to carry and operate, and easy to use in different work sites, such as testing in a small machine room space or outdoor fiber optic laying site.

Modular design: It usually adopts a modular structure, including red light source module, optical transmission and receiving module, signal processing module, display module, etc. Each module is independent of each other and works together, which is convenient for maintenance and upgrading. If a module fails, it can be easily replaced or repaired.

Multiple interfaces: 650nm wavelength fiber optic detector is equipped with multiple types of fiber optic interfaces, such as FC, SC, LC, ST, etc., which can adapt to different types of fiber optic connectors, convenient for connection with various fiber optic lines, and improve the versatility and compatibility of the equipment.

Intuitive display: The display module is usually a liquid crystal display (LCD), which has a clear and intuitive display effect. It can display the test results in various ways such as numbers and graphics, such as insertion loss value, return loss value, optical power value, etc., which is convenient for operators to quickly read and understand the test data.

Easy operation: The operation interface of the equipment is simple and clear, and usually has several function buttons for setting test parameters, starting detection, viewing results, etc. Even first-time users can quickly get started and easily operate and master.

What is The General Use of 685nm Red Line Laser Module?

Among all visible optical spectrum, the wavelength of 685nm belongs to the red visible light range, thus the finished product of a red line laser module has good visual effects. Usually human eyes are more sensitive to it and can see the laser line clearly from beam aperture. At the same time, owing to its small laser beam divergence angle, after advanced use of an import laser diode and a qualified optic lens with wide fan angles inside a durable housing tube, it always enables easy installation and integration with industrial device or equipment, and easy reaching and highly precise red line generation onto various working surfaces conveniently.

Based on the use of a qualified import 685nm red laser diode within 5mW to 100mW, the power has just determined the brightness and propagation distance of the laser line. After its easy connects with 5V, 9V 1000mA AC/DC adapter, not spending extra time on alkaline battery power source, it is able to make continuous and long distance projected red line alignment. Low power laser are used for close range line indication, such as indoor positioning and marking, while high power red laser line generator up to 50mW to 100mW can be used in outdoor or long distance scenes, but attention should be paid to the safety protection of human eyes and the surrounding environments.

Being made with a qualified glass coated lens or separate crystal lens(Powell lens), this 685nm red line laser module is generating high transmittance and high energy density red laser beam at long extending distance, and converting into ultra high fineness red line with freely adjusted line width between 0.1mm and several millimeters. Narrower line widths can provide higher accuracy and are suitable for occasions that require precise line measurement and positioning, and wider red line widths can increasing visibility and are suitable for scenes with higher requirements for visual effects.

Cooperated with APC, ACC driving circuit board, 685nm red line laser module gets high beam stability and can maintain the consistency of the power and wavelength of the laser output during long time line generation work. This is very important of applications that require precise line measurement and stable marking, ensuring the accuracy of the measurement results and the continuity of the marking.

Applications:

Industrial measurement: In industrial production, 685nm red line laser module is often used for measuring length and distance and positioning and calibration of objects. For example, in the process of automobile manufacturing, red reference line can be used for positioning the body assembly to ensure that the installation position of each component is accurate. In mechanical processing, it can provide accurate processing benchmarks for tools to ensure processing accuracy.

Laser marking: In construction, 685nm red laser line generator can be used for line marking walls and floors to help construction workers ensure the straightness and horizontality of construction. In road construction, it can provide precise red reference line guidance for road markings so as to make the markings more neat and standardized.

Stage performances: In stage lighting effects, red reference line can produce unique visual effects, and with music and dance, it creates a creative and artistic atmosphere. In theme park performances, it is also often used to create fantasy scenes and enhance the audience’s visual experience.

Education and scientific research: In school physics experiments, 685nm red line laser module can be used for experiments such as light reflection and refraction to help students intuitively understand optical principles. In the field of scientific research, it can be used as a basic optical tool for the research and development of optical devices.

What is Unique Use of the the 685nm Red Laser Diode Module in Scientific Field?

Usually 685nm red laser diode module adopts ultra compact size and durable metal housing tube, which is easy to flexibly install and layout in various complex experimental devices, and can adapt to different environmental space requirements. Integrated with an import 685nm red laser diode and qualified optic lens inside its durable housing tube, it has just enabled quite easy installation and integration with scientific device or equipment. Based on the use of correct output power and operating voltage DC power supply, this direct diode emission made red dot laser assures high precision and reduced error experiments effectively.

In practical scientific experiment work fields, red laser diode module can generate 685nm wavelength red laser light with high wavelength accuracy, providing accurate excitation conditions for scientific research experiments that require specific wavelength light sources. When it gets low beam divergence angle, high red laser beam collimation and good spot uniformity, available with an import 685nm red laser diode within 5mW to 100mW output power, this red dot laser can ensure the stability and consistency of the beam during transmission and action, which is conducive to improve experimental accuracy greatly.

Being made with APC, ACC driving circuit board inside its durable anodized aluminum alloy housing tube, the real use of a 685nm red laser diode module keeps work with stable output power and small power fluctuation in real use. It is crucial for experiments that require precise control of red laser light energy, such as photochemical reactions and photobiological experiments, and can reduce experimental errors. The internal structure is reasonably designed, the 685nm laser diode and optical components are firmly installed, and with a good heat dissipation structure and a stable circuit system, the 685nm red dot laser module performance can be guaranteed to be stable during long-term work.

Based on the use of ultra compact size tube design of 16mm and 26mm, this 685nm red laser diode module enables easy integration with other optical components, detectors, control systems etc, forming a complete experimental system, which is convenient for scientific researchers to customize according to experimental needs.

Applications in scientific experiment:

Optical experiment: As a light source, 685nm red laser light source is used in basic optical experiments such as optical principle verification, optical path construction and adjustment. Its stable light beam helps to present optical phenomena accurately.

Spectral analysis: As an excitation light source in the spectrometer, it excites the sample to produce fluorescence or Raman scattering, and studies the molecular structure and chemical composition of the sample by analyzing the spectrum of the scattered light.

Quantum optical research: It is used to generate photons of specific wavelengths, as a carrier of quantum states, and participates in quantum optical experiments such as quantum entanglement and quantum key distribution.

Biomedical research: In the fields of cell biology and molecular biology, 685nm red laser diode module is used for imaging of fluorescently labeled biomolecules, capturing and manipulating tiny biological particles with optical tweezers technology, etc.

What is The Special Use of 680nm Red Laser Diode Module?

When dot measuring work is processing with a high density beam emitted tool of a 680nm red laser diode module, it has just got featured advantages of low beam divergence and high brightness red laser light source emission. When it makes the best use of a qualified semiconductor 680nm red laser diode and a qualified optic lens, cooperated with the durable and compact size tube design, it enables easy carrying and installation, quick reaching and highly precise red dot indication onto various working surfaces conveniently.

The special use of the 680nm red laser diode module is mainly reflected in its wavelength characteristics. 680nm red laser light has good penetration in biological tissues, which enables it to play a unique role in medical physiotherapy and optogenetics. In industry, its high energy density red laser light can achieve fine processing. When it is used in scientific research, its specific wavelength of 680nm can be used as a characteristic excitation light source. Moreover, red laser light is more eye-catching in the human eye and has obvious advantages in areas such as signage and security monitoring.

What is exact application of 680nm red laser diode module?

Red laser is a device that can emit high density and highly powerful red laser light with a wavelength of 680nm. It is widely used in many fields. Here are some introductions:

Industrial field

Laser marking: when it projects a high-energy density red laser beam, it can be used to burn the surface of the workpiece to form a permanent mark, such as product model, production date, QR code, etc.

Laser cutting: The focused high-energy red laser beam quickly melts and vaporizes the material, thereby achieving the cutting of the material. 680nm red laser diode module is widely used in cutting thin metal materials, plastics, fabrics, etc.

Medical field

Laser therapy: Low-power 680nm red dot laser module can be used for physical therapy, promoting blood circulation, relieving pain, accelerating wound healing, etc. It has an auxiliary therapeutic effect on some chronic diseases and sports injuries.

Laser beauty: It can be used to treat acne, fade spots, tighten the skin, etc. It can stimulate the production of skin collagen and improve skin texture.

Scientific research field

Spectral analysis: As a light source, 680nm red laser diode module is used to excite samples to emit fluorescence, and the structure and properties of substances are studied by analyzing the fluorescence spectrum. It has important applications in chemistry, biology, materials science and other fields.

Optogenetics: 680nm lasers can be used to activate or inhibit specific neurons, study the functions of neurons and the working mechanism of the nervous system.

Other fields

Indicator signs: In teaching, conference demonstrations, exhibitions and other scenes, as an indicator tool, it is convenient for speakers or explainers to point to specific content.

Security monitoring: With photoelectric sensors, 680nm red laser diode module forms an active infrared detection system for perimeter protection, intrusion alarm, etc. When an object blocks the laser beam, the sensor will trigger an alarm.

Wide Applications of 680nm Red Laser Diode Module In Industrial Processing

In practical industrial precise dot measuring work, in order to get high precision dot positioning guidance, a lot of engineers and professionals would prefer to operate a high density beam emitted tool of 680nm red laser diode module. Being made with a qualified optic lens and import red laser diode inside a durable metal housing tube, after its easy integration and installation onto industrial device or equipment, it is able to work with ultra clear, precise and good directivity red dot projection for a lot of industrial and high tech precise dot measuring works conveniently.

After easy connects with 5V, 9V 1000mA AC/DC adapter, this single wavelength 680nm red laser diode module can easily emit high transmittance and high density red laser light at several miles far away, and converts into a ultra small size and highly bright red reference dot for accurate position. It can control the processing error within a very small range and meet the strict requirements of industrial processing for precision. When red dot laser makes constant dot alignment within 8 to 10 hours per day, it can easily maintain ultra high laser beam stability of at least 85% and reduced possibility of tube burning out or damage in continuous use.

Owing to its freely selected output power of 5mW to 100mW, 680nm red laser diode module has high contrast and visibility in various environments. Even in dim light or reflective material surface, the operator can see the red laser dot clearly, which is convenient for real time adjustment of the processing position. Based on the use of correct output power, this 680nm red dot laser does not need to be in direct contact with the work piece, and will not cause scratches or contamination on the workpiece surface. It is particularly suitable for the processing of materials and parts with high surface quality requirements.

Featured by APC, ACC driving circuit board design, 680nm red laser diode module can maintain stable laser output in long term industrial production, ensure the accuracy and consistency of red dot positioning, and reduce processing quality problems caused by unstable equipment. Usually it enables long serving lifetime of more than 8,000 hours and proper operation for various raw material processing works conveniently.

Application in industrial fields:

Cutting auxiliary positioning

In the cutting process of metal, plastic and other materials, the red dot projected by the 680nm red laser diode module can clearly indicate the cutting path, helping operators to align the knife quickly and accurately, ensure the cutting position accurate, and reduce material waste.

Welding position guidance: In welding operations, especially for electronic component welding or precision metal welding with high precision requirements, the 680nm laser module can provide accurate welding position markings, so that welders can more accurately control the welding trajectory, improve welding quality, and avoid problems such as false welding and leaking welding.

Drilling positioning: When drilling holes in various materials, the 680nm red dot laser module can pre-mark the drilling position to ensure that the drill bit is accurately aligned with the target, improve the accuracy and consistency of drilling, and play an important role in some small hole processing with high precision requirements, such as micro-hole processing of aerospace parts.

High Security Used 670nm Red Laser Diode Module

Based on the use of advanced 670nm wavelength semiconductor red laser diode and a qualified optic lens inside a highly durable metal housing tube, it is manufactured into a quite professional dot measuring tool of a 670nm red laser diode module. It emits constant and high power density red laser beam at several miles far away, and projects a highly clear and compact size red reference dot at different work distances. When it gets constant electric power source supply and proper integration and installation onto other machine or equipment, this red dot laser is able to work with ultra clear, good direction and high security dot alignment and measurement for multiple work fields conveniently.

Comparing with other visible laser devices among all optical spectrum, 670nm wavelength is in the red light band, and the scattering is relatively small when propagating into the air. This 670nm red laser diode module has good penetration and can maintain a strong red laser light intensity with a certain distance. Employed by an import 670nm red lase diode within 5mW to 100mW output power, besides the basic dot indication for inner room and close distance, it is also suitable for applications in various environments.

Owing to its strong visual stimulation to the human eyes, it always projects quite easily observed red laser light. Red laser light can be clearly distinguished even in a brighter environments, which makes it play a good role in indication, positioning and other applications etc. Compared with some high power or short wavelength lasers, 670nm red laser diode module are less harmful to human body under normal use. It belongs to low power laser product, and generally do not cause serious damage to human eye and skins at all.

Being made with APC, ACC driving circuit board, whatever output power it is selected, the performance of 670nm red laser diode module is relatively stable, and output power fluctuation is small, and it can work stably for a long time. Within long time lasting red dot projection of 10 hours per day, it can ensure the reliability in various application fields and reducing work interruptions or errors caused by laser module failures. When users are selecting a proper dot measuring tool, it also a very nice choice since it gets quite low production cost and low relying on manual labor force input as well.

Application introduction:

Industrial field: 670nm red laser diode module is commonly used for red dot positioning and calibration in industrial production, such as in mechanical processing, it can indicate the processing position and ensure processing accuracy accurately. In construction, red reference dot is used for horizontal and vertical positioning to help workers accurately build building frames.

Medical field: It can be used as a physical therapy in medicine. The 670nm wavelength red laser diode module has a certain biological stimulation effect on human tissue, which can promote blood circulation and accelerate wound healing. It can also be used for medical testing, such as as an excitation red laser light source for fluorescence detection to help detect specific substances in organisms.

Scientific research field: In optical experiments, 670nm red dot laser is used as a light source to study the propagation, interference, diffraction and other phenomena of light. In spectral analysis, it can be used as a light source of a specific wavelength to analyze the spectral characteristics of substances.
Consumer electronics field: 670nm red laser diode module is widely used in laser pens for teaching, conference demonstrations and other scenes, which is convenient for speakers to indicate the screen or explain the content. It can also be used in sensors of some electronic products, such as distance sensors, which measure the distance of objects by emitting and receiving lasers.

Good Use of 660nm Red Laser Diode Module in Construction Field

In order to get quite clear and accurate dot indication onto multiple working surfaces, not able to work with manual dot projecting work, it would be a much better job to operate a highly bright beam emitted device of a 660nm red laser diode module. It can provide millimeter level accuracy dot alignment, thus it is applicable for high precision measurement and alignment for various construction works. Only if users are passing through simple operation, after easy connects with an external electric power source and proper integration with other constructing machine or equipment, this 660nm red dot laser will always makes ultra clear, precise and high speed dot indication for all construction personnel effectively.

Connected with an AC/DC adapter, not spending extra time on alkaline battery power source, the genuine use of a 660nm red laser diode module is able to make continuous red laser beam emission from an inner semiconductor red laser diode within 5mW to 100mW output power. It gets no battery power source change, but getting even larger space leaving for tube cooling down. When 660nm red dot laser makes continuous red dot projection within daily operating time of 8 to 10 hours, it is able to work with ultra clear and stable red dot indication, without any light decay or dim in proper use. Only simple operation is required to emit a stable red laser beam, without complex equipment debugging and professional skills, which reduces the difficulty of operation for construction personnel.

When 660nm red laser diode module applies a qualified glass coated lens, it enables high density and high transmittance red laser light source emission at long extending distance. After its correct use of output power, and proper installation and integration to desired machine or device, it avoids the errors and damage to the construction surface that may be caused by contact measurement, and is also suitable for the measurement and positioning of some parts that are not easy to directly contact.

Application introduction

Horizontal and vertical positioning: In construction, 660nm red laser diode module is used to determine the horizontal and vertical reference lines. For example, when pouring floor slabs, horizontal laser dots are emitted to ensure the flatness of the floor slab surface. When it is used for building high-rise buildings, vertical red laser dots are used to ensure the verticality of the walls.
Formwork installation: It provides precise red laser dot positioning for the installation of the formwork. Construction personnel can adjust the position and angle of the formwork according to the position of the laser dot so as to ensure accurate installation of the formwork, thereby ensuring that the shape and size of the concrete after pouring meet the design requirements.

Measurement and layout: In the measurement and layout work of the construction site, the 660nm red laser diode module can project clear red reference dot to help surveyors quickly and accurately determine the measurement points and layout positions, and improve measurement accuracy and work efficiency.

What is the real practicality in construction work?

Improve construction quality: Through precise red dot positioning and measurement, the dimensional accuracy and flatness of the building can be effectively controlled, construction errors can be reduced, and the overall construction quality can be improved.

Improve work efficiency: Compared with traditional measurement and positioning methods, the 660nm red laser diode module can quickly project clear red dot, reducing the time for manual measurement and marking, and speeding up the construction progress.

Adapt to a variety of environments: Whether indoors or outdoors, whether during the day or at night, the 660nm red dot laser module has high visibility, can work normally under different lighting conditions, and adapt to various complex construction environments.