Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
16～30 item / All 99 items
High power series! 532nm picosecond laser
The LDH-G2510 is a high-output green picosecond laser with a two-stage solid amplifier configuration. The 532nm wavelength is not only low-cost but also easier to handle compared to other wavelengths, making it particularly popular for processing metal and ceramic materials.
High beam quality electric light series! 532nm picosecond laser
The LDH-G0610 from the Denko series is an oscillator developed with a focus on beam quality. It is ideal for thin film drilling and patterning processes, and compared to other wavelengths, it is not only cost-effective but also easy to handle, making it widely used for processing thin ceramics and metal films.
![Tunable Laser "ClarityPlus" [C Band Full Range]](https://image.mono.ipros.com/public/product/image/e03/2000534806/IPROS03168240518659850906.jpeg?w=280&h=280)
Tunable laser using knowledge and technology developed with gas cells from gas cell manufacturer Wavelength References.
Wavelength References manufactures gas cells as frequency standards for near-infrared and mid-infrared applications such as calibration, measurement, and gas sensing. Components from Wavelength References are installed in thousands of products worldwide. The new product, ClarityPlus, is a tunable laser that covers the entire C-band. It achieves very high precision and stability at any wavelength within the band due to the built-in reference cell (H13C14N) with NIST traceable molecular absorption lines. * NIST: National Institute of Standards and Technology For more details, please refer to the PDF document or feel free to contact us.
A rich product lineup! Modules incorporating 3.3mmφ and APC diodes are also available in a compact package.
Introducing the "Laser Module" handled by Ayase Corporation, which continues to evolve alongside lasers. 【Features】 ■ Compact packages with 3.3mmφ and APC diodes are also available. 【Product Lineup】 ■ Focus Module ■ Collimator Module ■ Line Module For other functions and details, please contact us or refer to the catalog.
Pursuing line linearity! Generating an ideal top hat beam with uniform illuminance.
"Super Straightness LINEMAN" is a highly precise measurement line generator developed as a new addition to the LINEMAN series. In three-dimensional measurements using the optical slicing method, it achieves an extremely low linearity of 0.02% or less, improving upon the conventional standard of 0.1% or less. This minimizes errors during image processing to an extreme degree, enabling even higher precision measurements. Additionally, this product addresses the issue of line curvature in three-dimensional measurements using the optical slicing method, which can cause errors during software image correction and reduce measurement accuracy. [Features] ■ Generates an ideal top-hat beam with uniform illumination ■ Pursues line linearity ・From 0.1% or less to 0.02% or less *For more details, please refer to the PDF materials or feel free to contact us.
Pulse duration is 0.8ns to 200ns! The repetition rate is 1Hz to 200kHz.
We would like to introduce the CNI-made "Q-switched Pulsed Lasers" that we handle. The pulse duration ranges from 0.8 ns to 200 ns, and the repetition rate is from 1 Hz to 200 kHz. We offer a wide range of products, including the "AO-H-1064/1-30W," which features high peak power, high repetition rate, and short pulse width. 【Product Lineup (Partial)】 ■ AO-H-1064/1-30W ■ AO-L-1064/1-5W ■ AO-L-355/1-300mW/40-100uJ ■ AO-L-532/1-600uJ ■ AO-L-532A/1-500uJ *For more details, please download the PDF or feel free to contact us.
Introducing the compact broadband picosecond OPO that can be operated intuitively and instinctively!
This product is a laser with a built-in pump laser. The robust and compact product is beautifully designed, efficient, and intuitively and instinctively operable, making it versatile and affordably priced, allowing users to make more discoveries. We offer the "Chromacity 520" and "Chromacity 1040" available with the SHG module. 【Features】 ■ Robust, compact, and beautifully designed ■ Efficient, intuitively and instinctively operable, versatile, and affordably priced ■ Pulse width: up to 1-5 ps ■ Built-in pump laser ■ Web browser interface *For more details, please refer to the PDF document or feel free to contact us.
It is an optical amplifier module that can amplify both pulse lasers and CW lasers. It also supports narrow linewidths. Up to 120W is possible.
Manufacturer: AdValue Photonics (USA) This is a compact amplifier module for 1µm band lasers. It can be used not only for short pulse lasers such as nanosecond, picosecond, and femtosecond lasers but also for CW lasers. The average power after amplification reaches up to 120W, with a peak power of 1.5MW and a gain of 23dB. The seed laser is input through a single-mode fiber, and the amplified light is output spatially. The compact body measures 217mm x 30mm x 17mm and manages heat through conduction cooling. This product is also capable of amplifying single-frequency lasers.
This laser is optimal for CARS and SRS microscopy due to its dual wavelength, synchronized pulse output, and high-speed wavelength tuning.
Manufacturer: Active Fiber Systems (Germany) The compact, alignment-free all-fiber pico-second laser, developed for CARS microscopy, can output synchronized excitation wavelengths and Stokes pulses from a single fiber. This air-cooled turnkey laser source for CARS offers a significant advantage for users by eliminating the need for alignment work to spatially and temporally overlap the pulses. It enables high-quality, high-speed micro-multimodal nonlinear imaging, such as probing the CH vibrational level of lipids around 2850 cm-1, second harmonic generation (SHG), and two-photon excited fluorescence (TPEF) signals. 【Features of the Dual Wavelength Light Source】 ● Synchronized pulse output ● Alignment-free all-fiber frequency conversion ● Compact and robust ● Covers the entire wavelength tuning range in seconds ● No warm-up required ● Fiber coupling output option ● User-friendly control software
You can easily measure the dose of 222nm UV light (mJ/cm²).
Manufacturer: Intellego Technologies (Sweden) A 222nm ultraviolet irradiation device has recently gained attention as an effective and safe wavelength for sterilizing the novel coronavirus (COVID-19) for humans. Intellego has developed a dosimeter to support this new tool.
You can easily reduce the repetition frequency of the pulse laser you have.
Manufacturer: PriTel (USA) PriTel's compact pulse picker "OPP-AO" series is a device that can extract single pulses from a pulse train. It has a built-in AO modulator and is used by connecting it to a laser and optical patch cord to set the picking ratio. It is also capable of synchronization with external signals. The countdown prescaler in the driver circuit selects the output pulses, and the preset delay function controls the phase of the electrical and optical pulses. It boasts low insertion loss and a high extinction ratio of >40dB. It is widely used in applications such as research and development, optical switches, optical frequency combs, and fiber laser development.
This is a mirror for a 355nm picosecond laser that supports high power and has an IBS coating with a high reflectivity of over 99.7%.
Manufacturer: OPTOMAN (Lithuania) To achieve a high reflectivity in the ultraviolet wavelength range, it is necessary to effectively control scattering and absorption losses. For UV laser users, mirror degradation is a significant issue. Optoman has focused on surface quality and optimized coating technology. This technology protects the optical system from UV lasers and extends its lifespan. ◆Specifications◆ Material: UVFS Diameter: 12.7 mm +0/-0.1 mm Thickness: 6.35 mm +/-0.1 mm Clear aperture, CA: min. 10 mm Surface quality, S1: 10-5 S-D over CA as per MIL Surface flatness, S1: <λ/8@633 nm over CA Coatings (IBS): S1 (arrow marks): HRsp>99.7% @ 355 nm, AOI=32 - 45 deg S2: Uncoated
This is a window with IBS coating. It features low reflectance and low GDD of AR coating.
Manufacturer: Optoman (Lithuania) Thanks to cutting-edge IBS coating technology, we achieve excellent features such as high damage threshold, low absorption, and low scattering. OPTOMAN offers custom products tailored to your needs. ◆Specifications◆ Substrates material: IRFS (Corning 7978 0F) Diameter: 25.4 mm +0/-0.1 mm Thickness: 2.0 mm +/-0.1 mm Clear aperture: min 20 mm Surface quality, S1/S2: 20-10 S-D per CA Transmitted WFD: <λ/8@633 nm per CA Protective chamfers: 0.2 - 0.4 mm x 45° Coatings (IBS): S1: AR_abs<0.3% @ 900 nm - 1160 nm, AOI=0 deg S2: AR_abs<0.3% @ 900 nm - 1160 nm, AOI=0 deg GDD (S1+S2+IRFS substrate) <90 fs^2
It is a super small laser module the size of two coins.
Manufacturer: Beijing RealLight Technology (China) This is a diode-pumped, passive Q-switched laser. It uses **Erbium glass (Er:Glass)** as the laser amplification medium, boasting high safety as an eye-safe laser with a wavelength of 1535nm. It enables precise laser irradiation while minimizing damage to the retina. Due to its high performance and compact design, this product is widely used in various fields such as eye-safe distance measuring devices, material analysis equipment, and sensor systems. ------------------------------------------------------ Features ------------------------------------------------------ Model: R1535 ● Wavelength: 1535nm (eye-safe) ● Pulse energy: 5μJ to 2mJ ● Repetition frequency: 1Hz to 10kHz ● Compact and lightweight design (minimum weight 8g) ● Operates over a wide temperature range: -40℃ to +65℃ ● Fully sealed structure for high reliability
Lasers in the order of picoseconds (10^-12 seconds) and femtoseconds (10^-15 seconds) are called ultrashort pulse lasers.
Among laser light, those that repeatedly blink at short intervals are called "pulse lasers." Among them, lasers with a short emission time (duration), particularly those in the pico (10^-12) second or femto (10^-15) second range, are referred to as ultra-short pulse lasers. In 2018, Dr. Gérard Mourou and Dr. Donna Strickland, who devised and demonstrated a method called CPA (Chirped Pulse Amplification), were awarded the Nobel Prize in Physics. This was 33 years after the first paper was published in 1985. While the details are omitted here, this technology significantly contributed to the development of short pulse and high intensity in pulse lasers. By the 1990s, ultra-short pulse laser processing began to be actively researched in research institutions around the world. From the 2010s, fiber-excited ultra-short pulse lasers started to be commercially available as industrial lasers. The laser oscillators we have introduced are these industrial picosecond and femtosecond lasers.
