The 980nm diode laser is widely used in medical aesthetics due to its precision, efficiency and non-invasive advantages. Its unique wavelength enables…
Microchip lasers, with sub-nanosecond pulses, high peak power, and multi-wavelength capabilities, have become ideal light sources for photoacoustic im…
Diode Lasers demonstrate unique value in oral tissue treatment with precise cutting, hemostasis, and antibacterial capabilities. Their minimally invas…
The 785nm laser, as the core light source for handheld Raman spectrometers, offers superior sensitivity, fluorescence suppression, and eye safety. Com…
Microchip lasers, with their sub-nanosecond pulses, high energy density, and wavelength tunability, serve as an ideal excitation source for photoacous…
This paper systematically elaborates on the innovative applications of laser technology in photoacoustic and fluorescence imaging. It highlights RealL…
Pulsed lasers serve as the core light source for photoacoustic imaging (PAI), enabling high-resolution and high-contrast biological tissue imaging due…
Lasers are the core component of photoacoustic imaging (PAI), directly determining image quality. This article examines the operational principles of …
RealLight’s 1535nm eye-safe laser is designed for radar and laser ranging, combining high performance with operational safety. Its wavelength meets ey…
Since its introduction in the 1960s, Laser-Induced Breakdown Spectroscopy (LIBS) has been widely applied in fields such as metal analysis, environment…
In the field of medical aesthetics, Nd:YAG lasers are widely used for pigment removal, and pulse width selection directly affects treatment outcomes. …
Picosecond lamp-pumped lasers utilize high-energy laser pulses with extremely short durations to precisely treat target objects through biological fra…
Diode lasers are revolutionizing oral healthcare with their versatile applications. In oral surgery, they enable precise soft tissue cutting with mini…
Solid-state lasers play a key role in LIBS (Laser-Induced Breakdown Spectroscopy) technology as an excitation source. Their high energy density, stabi…
The continuous advancement of laser technology has propelled the overall development of the aesthetic medicine industry, significantly improving the p…
Dual-pulse technology demonstrates significant advantages in the field of medical aesthetics, widely applied in skin tightening, hair removal, and vas…
Q-switchable Nd: YAG laser has shown excellent performance in the treatment of pigmentary skin diseases, selectively destroying pigment particles and …
Nanosecond lasers are widely used in the field of skin beauty, mainly due to their unique high-energy and precise mechanism of action. This article in…
Q-switched lasers, also known as nanosecond lasers, have pulse durations in the sub nanosecond range. They are mainly used for treating pigmentation a…
For Raman spectroscopy detection technology, fluorescence is undoubtedly a source of interference. To mitigate or eliminate the fluorescence effect, s…
Mass spectrometry (MS) technology, as an efficient and precise analytical method, plays a crucial role in modern scientific research. From biomedicine…
Laser ranging technology has wide applications in ranging and security fields. This paper introduces the working principle of laser ranging and the te…
Medical picosecond lasers have multiple advantages, including picosecond level ultra short pulse width, adjustable repetition rate, and high energy. W…
In the future, with the continuous advancement of technology and the reduction of costs, lamp pumped picosecond lasers are expected to be applied and …
The 355nm laser, as a high-performance ultraviolet laser, is increasingly demonstrating its unique charm in multiple fields. It utilizes the third har…
Narrow linewidth lasers play a crucial role in Raman spectroscopy for medical applications, primarily by providing high-quality, highly stable laser s…
Eye-safe lasers, particularly those operating at 1535nm, are increasingly used in laser rangefinding and radar applications due to their safety and ef…
The accuracy of laser ranging technology mainly depends on the accuracy of time measurement and the stability of the emission and reception process of…
RealLight offers a series of miniaturized, peak-power 355nm UV micropulse lasers for matter-assisted laser desorption ionization time-of-flight mass s…
The 1535nm microchip laser is a eye-safe laser using Er:Glass as the working medium.This laser have been widely used and recognized in the field of sm…
RealLight provides passively Q-switched sub-nanosecond pulse laser with pulse width at 350ps, which is reduced nearly 30 times. It can effectively dec…
Nanosecond pulse lasers are widely used for aesthetic and cosmetic applications, with pulse width at 8-10ns commonly. Picosecond pulse aesthetic laser…
The Reallight’s sub nanosecond microchip laser has a sub nanosecond pulse width and high beam quality (M210GW/cm2. The laser has high repetition rate,…
The laser PCB copper removal device obtains the PCB image through the image acquisition system, detects the coordinates and area of the PCB copper res…
Recently, the Er: Glass 1535nm laser has been widely used in harsh environments such as military due to its special performance.At the same time, it h…
RealLight actively Q-switched microchip laser features high peak power, narrow pulse width, and single mode output, this new product uses the integrat…
At present, the main light source used in laser engraving machine is 532nm solid pulse laser. Reallight sub-nanosecond micro-slice laser, with narrow …
Due to the limitations of traditional optical imaging methods in achieving high-resolution imaging in strongly scattering biological tissues, Photoaco…
Since traditional optical Imaging means cannot make high resolution imaging detection in biological tissues with strong scattering, Photoacoustic Imag…
Laser has been practically applied in oral surgery for nearly 30 years, and it has become a routine oral treatment, which can be used as an auxiliary …
In the fields of two-photon fluorescence microscope, Reallight is available to offer different types of sub-nanosecond microchip laser with small size…
Long-range laser rangefinders are increasingly being required to deliver high safety, long-distance ranging, high accuracy, low power consumption and …
MCO series energy adjustable microchip laser is launching on the market recently, which is self-developed and produced by RealLight. These lasers have…