In process of ultra clear, precise and bright dot measuring work in laser marking fields, not able to rely on any manual or mechanical dot aligning work, it would be a much better solution for engineers and factory workers to operate a high energy density light emitted tool of a 405nm violet laser diode module. 405nm falls within the near-ultraviolet band, boasting high photon energy and strong non-metallic absorption, enabling clear marking without high power. Marking exhibits significant color difference, high contrast, and sharp, unblemished letter edges. Whenever violet dot laser alignment makes proper use of output power and properly adjusted laser dot diameter, not limited by operating distance, height and other complex working environments, it is able to work with clear, precise and good direction dot alignment for multiple marking works conveniently.
On consideration of high beam stability and long operating time lasted violet light and violet dot projection, this 405nm violet laser diode module has been made with an import 405nm violet laser diode and a qualified glass coated lens. It is available with wide range output power of 50mW to 100mW and higher power up to 150mW to 500mW, configured with a metal heat sink cooling system inside a durable anodized aluminum alloy housing tube, it gets larger space leaving for tube heat dissipation, and achieves ultra long time lasted violet light and violet dot projection as long as 24 hours per day. Furthermore, when violet dot laser alignment makes proper use of output power and operating voltage DC power supply, it can also instruct workers and engineers to make noncontact, no mistake and no barrier dot alignment in long term use.
In process of long operating time lasted dot positioning work, 405nm violet laser diode module enables extremely low thermal effect, cold marking prevents burning or scorching of heat sensitive materials, such as plastics, leather, and fabrics, avoiding yellowing and deformation. Being made with a qualified glass coated lens and adjustable focus optic lens design, every time highly powerful and intense violet light is concentrated from beam aperture, this violet dot laser alignment is converting into an increasing accuracy and brightness violet dot with small spot size, excellent collimation and narrow divergence angle. It is assuring clear and precise marking of micro-characters, high-density QR codes, and fine textures, meeting high-precision marking requirements.
Owing to special ultra violet laser light emission, 405nm violet laser diode module can excite fluorescent materials to create invisible anti-counterfeiting marks that are invisible to the naked eye under normal conditions but visible under ultraviolet light, suitable for high-value-added products such as tobacco, alcohol, pharmaceuticals, and cultural and creative products. Being made with ultra compact size tube, violet alignment laser is easy to embed in small marking machines, portable devices, and automated production lines. It has low power consumption and long lifespan, with maintenance and procurement costs far lower than deep ultraviolet laser equipment.
Tag: violet laser diode module
405nm Violet Laser Diode Module Used for Spectral Analysis
405nm violet laser diode module is at the blue-violet end of the visible optical spectrum and can produce specific interaction with a lot of substance, which enables high resolution detection and imaging results for multiple application fields. Although it projects less brightness violet laser light source than other visible laser devices, however, it gets quite high energy in use. It is sufficient to excite a variety of substances to produce fluorescence or other optical effects, which is conductive to the detection of weak signals.
The usual use of 405nm violet laser diode module gets good laser beam quality, featured by high brightness, narrow line width, low noise, which is able to provide a stable and accurate excitation blue laser light source effectively. It applies qualified semiconductor laser diode with different output power range, thus it has been integrated into a quite small size tube with low thermal consumption. It is easy to integrate into various spectral analysis equipment so as to meet the application needs of different scenarios.
After quite easy connects with an AC/DC adapter, 405nm violet laser gets high sensitivity, which can detect low concentration substances easily. Owing to its superior nice selectivity, it can specifically detect target substances by selecting appropriate fluorescent probes or analyzing specific spectral features. Within the lowest time consumption, violet laser light source obtain spectral data with high speed analysis speed, small damage to samples, especially suitable for non-destructive analysis of biological samples. Usually the instrument is relatively simple, which is easy to operate and easy to automate.
Applications of 405nm violet laser diode module:
Biomedical fields. in cell imaging experiment work, 405nm violet laser light source is used for fluorescent markers such as DAPI can be excited to help observe cell structure and internal activities. In flow cytometry, fluorescent dyes can be excited to analyze and identify cells. Violet laser beam can also be used for biological detection work such as DNA sequencing and protein crystallization so as to excite specific fluorescent substances accurately to obtain information about biological molecules.
Gem identification field. Under 405nm violet laser excitation, impurities or crystal structures in different gems will produce unique fluorescence spectra, which can be used to identify the types of gems and determine whether they have been optimized. For example, violet laser light indication can be used to identify whether diamonds are natural or to detect whether emeralds are oiled.
Material analysis field. 405nm violet laser can be used for analysis of semiconductor materials and nanomaterials, which can study the optical properties and defect states of materials, such as study the energy level structure and carrier recombination of nanomaterials by analyzing fluorescence spectra.
Environmental monitoring field. Violet laser light source can be used to detect pollutants in water and heavy metals in soil. For instance, fluorescent substances in water can be excited and the type and concentration of pollutants can be determined by spectral analysis.