日本レーザー List of Products and Services

The "DPSS Green Laser" is a diode-pumped solid-state laser that excels in visualizing the movement of fluids and airflows. The housing is lightweight and compact, making it easy to handle. It is completely air-cooled, requiring no cooling water, and can be used with a 100V power supply. Power consumption is minimized, contributing to reduced running costs. A sheet optical system for fluid visualization and PIV measurement is included as standard. 【Features】 ■ The shock-resistant mechanism of the fiber optical system eliminates the need for readjustment after transport. ■ Maximum output of 2W, with power consumption below 50W. ■ Can also be used as lighting for general video cameras and high-speed cameras. *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Other lighting equipment

■Cost Performance The lowest priced atomic force microscope (AFM) in the industry. ■High Reliability Achieves superior imaging with patented core technology. ■Compact The AFM measurement head is very compact, with a size of 110mm square. ◆Complete with Software! *You can download the comprehensive PDF catalog. For more details, please contact us.

• Other microscopes

Nanosecond pulse fiber laser oscillator. 2μm, repetition frequency kHz to MHz, with a maximum output of 10W at a pulse energy of 10μJ. ◆ Customizable wavelength Oscillation wavelength: 1900nm – 2000nm ◆ High quality Supports diffraction-limited beams (single mode) ◆ User-friendly design Maintenance-free, turnkey system *You can download the comprehensive catalog in PDF format. For more details, please contact us.

• Laser Components

This is a fiber laser with a wavelength of 2 microns that enables laser welding of transparent resins without the need for special materials or pretreatment. ■ Customizable oscillation wavelength (1900nm – 2050nm) ■ Excellent power stability, diffraction-limited beam ■ Turnkey system, maintenance-free *You can download the comprehensive PDF catalog. Please contact us for more details.*

• Laser Components

■Selectable Oscillation Wavelength Customizable from 1900 to 2100 nm ■Very Narrow Line Width MHz Level ■High Quality Single-mode fiber output, diffraction-limited laser beam ■User-friendly Equipment Design Turnkey System The Ultraline 2000 from NPI Lasers is a 2μm CW fiber laser with a narrow line width at the MHz level. It offers high reliability and can achieve high output up to the watt level. It can be used for a wide range of applications including mid-infrared (Mid-IR) light generation, spectroscopy, nonlinear optics, and research and development. When combined with a thulium-doped fiber amplifier, it can generate outputs of 10W. *You can download the comprehensive PDF catalog. Please contact us for more details.

• Distance measuring device

◆ Medium power type: 100–200W ◆ Simple medium power type: 100W or 200W Laser cleaning is an environmentally friendly and highly flexible new high-quality cleaning technology. ■ Laser film removal By focusing high-energy pulsed laser on the surface of the target object, a series of small explosions form a plasma blast that can physically burst relatively smooth corrosion films on the surface of the object. ■ Laser debris cleaning By moving the laser spot at high speed, a plume is formed to clean debris and respond to cleaning processes. ■ Applicable to objects with high surface roughness Long-focus laser light sources have a wide tolerance range for processing height and can be applied to objects with high roughness. ■ Suitable for complex outdoor use Can perform good cleaning. *You can download the PDF catalog; for more details, please contact us.

• Other processing machines

【High-quality TEM00 beam, spectral width <120MHz, single-frequency all-solid-state laser at the Fourier limit】 ◀ Single-frequency all-solid-state laser system IXION-193 ▶ ● Can be used for optical measurements, correction of 193 nm stepper optics, and bandwidth control of high-power ArF excimer lasers. ● The spectral bandwidth is an approximation of the theoretical value at the Fourier limit. ● Specifiable central wavelength The central wavelength can be specified upon ordering from the range of 185 to 194 nm. ● As an option, a high-precision spectrometer with an absolute wavelength accuracy of 0.001 nm can be integrated into the system. This allows for the highest precision control of laser spectral tuning. *For more details, please download the PDF or contact us.

• Optical Measuring Instruments

◆ High-performance non-contact thickness gauge ● Capable of high-precision measurement ±0.1 μm ● Can measure over a wide range From 12μm to 80mm ● Measurement possible regardless of material hardness Thickness measurement of both hard and soft materials without damage or deformation ● Capable of measuring multilayer thickness Can simultaneously measure up to 31 layers. ● User-friendly software Parameter control and reporting available ● Easy integration into manufacturing processes API available to support integration. 【* Demo units available, sample measurements possible】 * PDF catalog can be downloaded; for details, please contact us.

• Coating thickness gauge

■ Ultra-broadband wavelength-tunable laser Wavelength tuning range: 400 to 1000 nm Covers a wide wavelength range without gaps ■ Constant output optical power Achieves 1mW across a wide wavelength range ■ Easy to use while maintaining high performance Maintenance-free and alignment-free Plug-and-play accessories available *For more details, please refer to the product PDF download.

• Laser Components

◆Lasers Suitable for Quantum Applications Compatible with wavelengths of rubidium, strontium, barium, and ytterbium. ◆Narrow Linewidth A series of ultra-stable narrow linewidth fiber lasers that are single-frequency mode-hop-free. ◆High Quality & Robust Design An inherently robust single-frequency design with low phase noise, low intensity noise, high OSNR, and high optical output. Provides high-output, narrow linewidth light at precise atomic transitions required for quantum applications. A high-quality laser system for quantum computing, sensing, measurement, and communication. *For more details, please download the PDF or contact us.*

• Laser Components

Sub-Terahertz Sub-THz FMCW Radar Transceiver ■ High Reliability: Ultra-compact Sub-Terahertz Sub-THz radar transceiver for NDT (non-destructive testing) applications ■ High Measurement Rate: 7.6 kHz, with a maximum dynamic range of 100 dB ■ High Spatial Resolution: Minimum 2 mm, positioning accuracy ± 5 μm ■ High-Resolution 3D Imaging: 150 GHz ■ Equipped with many excellent features: Ultra-stable linear hybrid digital PLL, FPGA-based signal preprocessing, refractive index extraction algorithm, monostatic (transmit and receive same) architecture The FMCW radar transceiver (Frequency Modulated Continuous Wave) is a Sub-THz device based on cutting-edge Schottky diode technology. It can acquire both amplitude and phase information contained in the reflected signal, enabling range profile and depth direction sensing. NDT radar can inspect various shapes, from thick samples to absorbent materials. The high measurement rate (7.6 kHz) also meets the online quality control requirements of the industry.

• Other inspection equipment and devices

■Broadband Wavelength-Tunable Laser Achieves a wide tuning range without gaps in the visible and near-infrared regions (510–750 nm, 1020–1500 nm, 1.7–3.4 μm) ■User-Friendly Wavelength Approach Fully automated ■High Performance Mode-hop-free tuning range exceeding 20 GHz in the visible region ■Excellent Line Width Achieves single-frequency operation with a standard line width of less than 500 kHz. ■High Power Capability Output can be boosted to watt levels.

• Laser Components

Pulse-driven, capable of time-resolved measurements. Due to the ability for multi-wavelength synchronization, complex excitations such as PIE (Pulse Interleaved Excitation) are possible. Multiple diode laser heads can be combined using a combiner, and each head can be individually or synchronously controlled with a multi-channel driver. ■ Light Source ● Diode laser-based picosecond pulse laser ■ Driver ● Multi-channel pulse pattern with ultimate flexibility ● Flexible modular system compatible with laser heads ● Pulse, burst, and CW operation ■ Laser Combiner ● Capable of combining up to 5 laser wavelengths and outputting through a single fiber *For more details, please download the PDF or contact us.

• Laser microscope

■Compact and robust Completely integrated housing ■High quality Low noise and high beam quality single-mode output ■High power stability Through power control loop ■User-friendly No adjustment required fiber coupling model The LASOS LDM-XT laser series offers multiple options that guarantee the best cost-effectiveness, whether as OEM components or as standalone devices for scientific and research applications. The output of the laser module can be selected from free-space output or permanently aligned single-mode polarization-maintaining fiber coupling. Fiber patch cords can be specified with various jackets and connectors.

• Laser microscope

■VisUV (266nm to 590nm) UV, Green, Yellow, Orange picosecond laser ● Enhanced output values at 280nm and 295nm ● Ultraviolet wavelengths: 266, 280, 295, 355 nm ● Visible wavelengths: 532, 560, 590 nm ● Pulse width <85ps (FWHM) ● Controllable via digital interface - USB, RS232, Sepia PDL828 (with dedicated module SEM 828) ■VisIR (765nm, 1064nm, 1530nm) High power IR picosecond laser ● Supports wavelength 1950nm ● Controllable via digital interface - USB, RS232, Sepia PDL828 (with dedicated module SEM 828) ● In the high power version, pulse width can be optionally adjusted to 0.15 to 0.5ns. ● Usable wavelengths: 765-1560 nm ● Pulse width is typically 70ps FWHM (short pulse) or 0.5 ns FWHM (high power) Average output: More than 300mW and less than 1.5W (varies by wavelength) *For more details, please download the PDF catalog or contact us.

• Laser microscope

The "SuperK FIANIUM" is a supercontinuum light source that supports single-mode output across a wavelength range of 390 to 2400 nm, with a simple operating method. By combining it with plug-and-play options, it can form a wavelength-tunable laser system. 【Features】 ■ High beam quality comparable to single-frequency lasers (Gaussian, M2<1.1) ■ Additional wavelength-variable filter option allows for tunable wavelength sweeping ■ Can replace white light sources and broadband multi-wavelength sources ■ Capable of time-resolved measurements due to pulse operation ■ Intuitive operation via PC, allowing parameter changes without turning off the power (*For more product details, please download the catalog) A series of products is also available, including options for industrial applications and compact types, and a new product, the broadband wavelength-tunable laser "SuperK CHROMATUNE," which can oscillate in the wavelength range of 400 to 1000 nm without gaps, is also scheduled for release.

• Laser microscope

- Ideal for microscopy, chemical analysis, spectroscopy, etc. Wavelengths of 365–660nm + white light with output up to several watts. - High spectral characteristics and output stability TEC temperature control of the LED chip. - User-friendly with a wide range of applications Coupling of fiber light guides and liquid light guides. High-speed analog/digital modulation up to 500kHz (switching time under 2μs). Built-in programmable PWM frequency generator up to 200kHz. SYNC output/USB2.0 and RS-232 interface. ■ UV / Violet: 365nm / 3500mW, 385nm / 4500mW, 405nm / 4500mW ■ VIS: Visible light 455nm / 3000mW, 465nm / 3000mW, 500-600nm / 2400mW 530nm / 650mW, 635nm / 850mW, 660nm / 1200mW ■ White light 5600K / 2000mW * Other wavelengths and outputs can be accommodated upon request.

• Laser microscope

〇 Easy-to-use laser light source for research and industrial applications Plug-and-play desktop laser 〇 Ideal laser for microscopes High-stability CW oscillation (constant current or constant power mode). Over 30 different wavelengths between 375nm and 1550nm. Optical output up to 500mW. Fiber coupling output using WSM/PM fiber, MM fiber, and liquid light guides is possible. 〇 High safety and reliability Electronic shutter function with full ON/OFF capability at >500kHz Optional fail-safe laser safety shutter function *For more details, please download the PDF or contact us.

• Laser microscope

The auto-collimator total station achieves a high precision of 0.01 arc seconds or better and is a fully integrated auto-collimator suitable for inspection and alignment across multiple wavelength ranges, including near-infrared (NIR). 【Features】 〇 Ideal for various inspection and alignment applications in AR/VR applications Optical measurements with high angular accuracy are possible with a resolution of 0.01 arc seconds or better. 〇 Multi-laser measurements, including VCSELs, are also possible One unit can accommodate multiple wavelength ranges, including near-infrared (NIR). *For more details, please download the PDF or contact us.

• Optical Measuring Instruments

- Picosecond pulse oscillation: Minimum pulse width 50 ps, repetition frequency Single-Shot ~ 100 MHz - Continuous wave (CW) oscillation: ACC & APC mode - Wavelength lineup: 375 to 2090 nm - Maximum output: 500 mW (CW), 2.5 W peak output (picosecond pulse) - User-friendly RS-232 & USB interface included - Variable pulse shape - Low jitter programmable with built-in frequency generator: 1 Hz to 100 MHz - Programmable delay generator: Easily synchronize with external devices - High beam quality & high-efficiency fiber coupling This semiconductor laser is capable of both picosecond pulse oscillation and CW (continuous wave) oscillation with modulation functions. In pulse oscillation, the minimum pulse width is 50 ps, with a maximum repetition frequency of 100 MHz. The adoption of the latest high-performance electronics ensures high stability and low noise. The inter-pulse jitter in picosecond pulse oscillation is <2 ps. It features high-precision temperature control, a programmable frequency generator, an optical system with aberration correction for beam shaping, and a high-resolution SYNC delay generator integrated. *For more details, please download the PDF or contact us.

• Laser microscope

- High-output laser combiner. Combines beams of up to 5 wavelengths. Can accommodate DPSS or diode lasers (up to 2 of the same wavelength) in a compact and durable housing. - Rich wavelength lineup 375–808 nm - Selectable output Multi-mode fiber output or free-space output - Selectable output fiber mode Single mode, polarization-maintaining, multi-mode - Uniform wide-field light Built-in speckle reducer option - Easy upgrades Wavelength upgrades can be performed by the user - No additional cooling system required Conductive cooling method adopted *For more details, please download the PDF catalog or contact us.

• Laser microscope

- Modular design allows user upgrades up to 6 wavelengths. - High-precision intensity control via PC: no ND filter required. - High-speed power control for each LED with analog modulation input. - High-performance SYNC input/output. - High stability, high reproducibility, and high uniformity. - High-speed ON/OFF without the need for a shutter using digital modulation input. High-power LED light source. Capable of outputting up to 6 wavelengths from 340 to 940 nm, widely used in wide-field microscopy, optogenetics, chemical analysis, biotechnology, industrial, and analytical applications. Upgradeable to multiple wavelengths. *For more details, please download the PDF catalog or contact us.

• Laser microscope

- Capable of accommodating up to 7 wavelengths in the range of 375nm to 1550nm. - Option to select 1 or 2 fiber outputs. - Wavelength addition and replacement possible by end users. - Equipped with TEC: achieving the highest temperature stability. - Option to select passive or active cooling units. - Optional fail-safe shutter can be installed. - Direct analog and digital modulation possible with all lasers. LD or DPSS can be mounted in a compact housing with up to 7 wavelengths. The laser can output through either 1 or 2 fibers, allowing for fiber switching or splitting the beam into two with the desired output ratio by the user. Both LD and DPSS allow for direct modulation, eliminating the need for external modulators like AOM. It features high-precision temperature control, minimizing the impact of changes in laser output on experiments and measurements. *For more details, please download the PDF catalog or contact us.

• Laser microscope

- Up to 6 wavelengths can be combined into a beam. Efficient fiber output from a compact housing. - More than 30 types of wavelength lineup (from 375nm to 1550nm). - Maximum 300mW per laser wavelength. - Wavelengths can be added by the end user from 1 to 6 wavelengths. - Output fiber: single-mode, polarization-maintaining, multi-mode. - Cooling unit options: passive or active cooling. - Both DPSS and LD can be directly analog modulated and digitally modulated. DPSS or diode lasers can be mounted in the housing for up to 6 wavelengths. Direct modulation is possible for both DPSS and LD, eliminating the need for external modulators like AOM. End users can easily upgrade the number of wavelengths themselves. There is a pre-assembled upgrade kit consisting of a laser head, optical combiner block, and interface card, which can be installed at any time. *For more details, please download the PDF catalog or contact us.

• Laser microscope

Combining Michelson interferometer technology with fast Fourier transform analysis, a wide operational range of 1 to 12 μm is achieved. The spectral resolution is 4 GHz, and the wavelength accuracy is ±10 ppm (±0.08 nm at 8 μm), with an optical rejection ratio of over 20 dB. ● Spectral analysis of pulsed and CW lasers ● Operational range: 1 to 12 μm ● Spectral resolution: 4 GHz ● High wavelength accuracy: ±0.08 nm @ 8 μm, ±10 ppm ● High optical rejection ratio: 20 dB *For more details, please download the PDF catalog or contact us.

• Other measurement, recording and measuring instruments

* High-precision models and low-cost models available * Provides the functions of a spectrum analyzer and wavelength meter in one unit * High spectral resolution: 2 GHz * High wavelength measurement accuracy: ±0.2ppm (varies by model) * Continuous calibration * High optical rejection ratio: > 40dB * Visible to mid-infrared (375 nm to 12 μm) * Four series prepared: [VIS: 375 – 1100 nm, NIR: 520 – 1700 nm, NIR2: 1 – 2.6 μm, IR: 1 – 5 μm, MIR: 1 – 12 μm] * Fast spectral measurement: 2 seconds (VIS, NIR) or 1 second (IR, MIR) * Compatible with both CW and pulsed * Comes with pre-aligned fiber input connector (VIS, NIR version) * Alignment beam output to assist free-space input (IR, MIR version) Based on a Michelson interferometer. Compatible with CW laser measurements. Capable of measuring pulsed lasers (>50kHz). * For more details, please download the PDF catalog or contact us.

• Other inspection equipment and devices

■Performance ● Achieves rapid prototyping with high precision and design flexibility through an easy-to-understand workflow ● Diverse printing materials: (from general to specialized applications) ● Open system compatible with custom-made and third-party materials ■Scale ● Nanoscale printing - Shape accuracy control down to a minimum of 100 nm in all spatial directions ● Microscale printing - Typical dimensions of 50 to 700 µm ● Mesoscale printing - Maximum dimension of 50 mm 【We provide software that makes execution of printing easy.】 ■DeScribeX Importing 3D CAD models to uploading print jobs can be done in just a few steps. ■GrayScribeX 2.5D Print Can be uploaded as a unique .nano file for the Quantum X system in just a few steps. ■Remote connection with nanoConnectX Using the remote access software nanoConnectX, you can start and monitor prints from the office. *For more details, please download the PDF or contact us.

• Injection Molding Machine

"SIRIS" is a versatile SWIR camera in the market, featuring high speed and ultra-low noise. It offers two reading modes: fully linear or linear/logarithmic, achieving a very high dynamic range when combined with non-destructive reading (NDRO). With three adjustable gain levels, it provides flexibility to adapt to various lighting conditions. It also allows for long exposure times of up to one hour. 【Features】 ■ InGaAs FPA (Focal Plane Array) 640×512, 900nm–1700nm ■ High dynamic range >120dB (lin/log mode) ■ Ultra-low noise <10e- ■ Low dark current ■ 200fps full frame, >10,000 fps ROI mode *For more details, please refer to the PDF document or feel free to contact us.

• Color camera

In addition to functions such as conductive AFM, Kelvin probe force microscopy (KFM), and scanning microwave impedance microscopy (sMIM), it supports samples up to 4 inches. ■ Sample size: Up to 100 mm square ■ Stage travel distance: 100 mm ■ XY scanning range: 100 μm (manufacturing dimensional tolerance +/- 10%) ■ Z scanning range: 9 μm (manufacturing dimensional tolerance +/- 10%) ■ XY scanning resolution: 24-bit control – 0.06 Angstroms ■ Z scanning resolution: 24-bit control – 0.006 Angstroms ■ Noise level: Typ: <0.01 mV RMS

• Visual Inspection Equipment

◎ A rich lineup that supports a variety of applications From compact tabletop spectrometers for daily business and educational use to high-performance spectrometers capable of measurements in the picosecond range, we cater to a wide range of applications. ◎ Compatible with various samples. Samples can be liquids (cuvettes), solids, or wafers. ◎ Supports various analytical methods Data fitting and decay analysis are supported by software. ■ FluoTime 300 (High-performance fluorescence lifetime/steady-state spectrometer) ● Fully automated system ● Time-resolved and steady-state operation ■ FluoTime 250 (Compact fluorescence lifetime spectrometer) ● Fully automated compact system ● Emission selection possible with filters 〚Option: Monochromator〛 ● Supports data collection for both TCSPC and multi-channel scaling ● Covers lifetime measurements from picoseconds to milliseconds ■ EasyTau (Fluorescence spectrometer control/data analysis software) * You can view product materials from "PDF Download." Feel free to contact us with any inquiries.

• Spectroscopic Analysis Equipment

MicroTime Series A high-sensitivity microscope for single molecules equipped with picosecond time resolution and super-resolution imaging capabilities. ■ MicroTime 200 (Single Molecule Sensitivity Complete Time-Resolved Confocal Fluorescence Microscope) ◎ Complete system with laser coupling unit ◎ Multi-channel detection unit ◎ Single molecule sensitivity for excitation light from 266 to 900 nm ■ MicroTime 200 STED (Super-Resolution Time-Resolved Confocal Fluorescence Microscope) ◎ Confocal STED system ◎ Optical resolution of less than 50 nm ◎ Supports gate STED (gSTED) and gSTED-FCS ■ MicroTime 100 Upright Time-Resolved Fluorescence Microscope ◎ Laser coupling unit / Multi-detector option capable of up to 4-channel detection ◎ Pulsed diode lasers (wavelength: 375 nm to 810 nm) ◎ XY scanning piezo stage for 2D lifetime imaging ■ Sympo64 Fluorescence Lifetime Software and Correlation Software available * Upgrade kits for laser scanning microscopes from major manufacturers are also available * A PDF catalog can be downloaded; for details, please contact us.

• Laser microscope

■ Clean short pulses ■ Maintenance-free & turnkey ■ Pulse width: typ 60fs ■ Average output over 2W ■ Built-in dispersion compensation Optimized flexible repetition frequency for multiphoton microscopy The combination of high beam quality and low repetition frequency enables high-level multiphoton imaging *For more details, please download the product PDF.

• Laser Components

Femtosecond fiber laser. Ideal for microfabrication. Excellent robustness and stability, achieving non-thermal processing with clean ultrashort pulses. ■ Wavelength: 1030nm ■ Average Power: 10W ■ Variable Pulse Width: 450f~2ps ■ Adjustable repetition frequency, pulse width, and output ■ Passive air cooling *You can download the PDF catalog. For more details, please contact us.*

• Plastic processing machines (cutting and rolling)

This is a compact one-box type ultrashort pulse fiber laser designed for seed light sources of amplifiers. ● Wavelength: 1020-1070nm ● Repetition frequency: 15-30MHz ● Average output power: 1-50mW ● SESAM-free ■ High-quality pulse spectrum ■ No consumables required ■ Resistant to disturbances ■ Customizable with a rich set of output parameters ■ Ultra-broadband spectrum compression: 30fs *For more details, please download the PDF catalog or contact us.*

• Laser Components

We have a demo unit available. Please feel free to contact us. ◀MultiHarp 150▶ ■ Achieves high flexibility Up to 4 or up to 8 identical synchronized independent input channels can be installed with multi-input channels. ■ Achieves high stability A high measurement rate of 12.5 million counts per second for each channel. Achieves a time resolution of 1 ps with ps crystal calibration. ■ Delay adjustable for each input channel Each input channel has 65,536 histogram bins. Internal delay can be adjusted within a range of ±100 ns with a resolution of 1 ps. ■ Equipped with Time Tagging Mode (TTTR mode) Real-time correlation for monitoring FCS experiments at a count rate of up to 1,000,000 counts per second. *For more details, please download the PDF or contact us.

• Other inspection equipment and devices

■ Frequency: 0.2 – 10 kHz, continuously adjustable ■ Optical fiber coupler (optional) ■ Stable performance even during long-term use This is a laser that is LD-pumped solid (DPSS), providing high energy and high repetition frequency at 527 nm. By using high-quality Nd:YLF crystals and a Q-switch, it achieves 50 mJ @ 1 kHz with a pulse width of 200 ns. It is ideal for a wide range of fields in scientific research, industrial and military applications, especially for applications requiring high single pulse and high average output. The Tolar527 series uses CW LD pumping and harmonic generation technology within the cavity. *For more details, please download the PDF catalog or contact us.*

• Distance measuring device

This is a dual-pulse Q-switch type nanosecond laser that provides excellent beam quality in both multimode and VRM mode. ■ High output: 10mJ – 500 mJ @ 532 nm ■ High repetition (kHz) pulse laser @ 50 mJ ■ Repetition frequency can be continuously adjusted ■ 355 nm / 266 nm: Optional availability ■ Uniform beam profile

• Other image-related equipment

✤ Q-switch type Nd:YAG laser ✤ Ideal for applications in OEM industrial use. ✤ Specifications such as wavelength, repetition frequency, energy, pulse width, beam profile, and SLM can all be customized. ◎ Nd:YAG Laser ■ Covers output from 2 to 6 J at fundamental wavelength ■ Harmonics available ■ Repetition frequency: up to 50 Hz ◎ High Energy Nd:YAG Laser ■ High energy: up to 50 J @ 1064 nm ■ Pulse width: 8 to 26 ns, high peak power ■ Customizable *For more details, please download the PDF or contact us.*

• Other processing machines

Industrial lasers compatible with OEM system integration Up to 2000mJ @ 1064nm, repetition frequency 1 – 100 Hz, pulse width 5 – 10 ns. Compact nanosecond pulse laser Lapa Series ■ Long-life diode (up to 1 billion shots) ■ Easy maintenance with pure air cooling ■ Maximum 80mJ @ 20Hz @ 1064nm pulse energy Dawa Series ■ Covers output from 10 mJ to 300 mJ at fundamental wavelength ■ Multiple harmonic options ■ Customizable Nimma Series ■ Compact design ■ High uniformity of beam profile ■ Robust environmental resistance ■ Easy to integrate design Nimma-L Series ■ With automatic phase matching function ■ Pulse oscillation life of over 70 million cycles ■ Industrial design ensuring long-term operation ■ Capable of UV oscillation with a short rise time from cold start *For more details, please download the PDF catalog or contact us.

• Other machine tools

● Ideal for highly accurate laser wavelength measurement. This is a CW laser wavelength meter based on the Michelson interferometer, with an accuracy of up to ±0.2 ppm. It measures the wavelengths of both pulsed and CW lasers with high precision of ±0.0001 nm. It generates interference fringes from the received signals of a high-speed optical detector array. ■ The 671 series covers the visible range to the mid-infrared (MIR) from 375 nm to 12 μm with high wavelength resolution (±0.0001 nm). ■ The 871 series supports both pulsed and CW lasers, with high speed (1 kHz) and high measurement accuracy (±0.2 ppm). *For more details, please download the PDF catalog or contact us.

• Optical Measuring Instruments

■This is a standalone retrofitted OPO module that uses your existing light source as the excitation light. It operates at 355 nm, 532 nm, and 420 to 1700 nm, with a repetition frequency of 10 or 20 Hz. It can be combined with various nanosecond Nd:YAG pump lasers. ■By coupling the pump light into a ring cavity, the signal/idler light is output externally through a beam splitter. ■It is designed to achieve stability and high efficiency in output. *For more details, please contact us.

• Other processing machines

■High Output 50J @ 755nm, 90J @ 1064nm. ■High Performance Equipped with flat-top beam profile and beam homogenization technology High engineering technology and robust design, CE mark and RoHS directive Mianna-Q Series: Compact, high efficiency, excellent beam profile Peak-Q Model: Generates short picosecond pulses by adopting advanced seed technology Alex-Q Model: Q-switch type alexandrite laser for OEM Alex&YAG-LP Series: Long pulse laser for OEM *You can download the PDF catalog; please contact us for details.

• Laser Components

■ It is possible to select a combination of resin curing methods / press methods / and pressure methods in nanoimprinting. ■ A dedicated R&D device that enables retrofitting. It accelerates research and development involving nanoimprint process applications. ■ A compact and easy-to-operate nanoimprint device designed for applications from R&D to small-scale pilot production. ■ Usable according to scale. It contributes not only technically but also cost-wise.

• 3D Printer

- 3D compatible (X, Y, Z axes) - Capable of scanning up to 2000mm x 2000mm with a small spot diameter - Can process three-dimensional parts and surfaces with irregularities - Robust and sturdy design - All-in-one solution for changing working distance and scan area The 3-axis galvanometer scanner is a three-dimensional deflection unit that adds a Z-axis to the 2D XY deflection unit, enabling three-dimensional processing. It is suitable for on-the-fly applications that involve processing moving targets, as well as for handling three-dimensional parts and surfaces with irregularities through setup. It can also handle processing over a wide scanning area of up to 2000 mm x 2000 mm with a small spot diameter. It is robust, fast, and offers excellent flexibility. Furthermore, a single unit can change working distance, scan area, and spot size. It can be used with various lasers such as Nd:AG, diode, and CO2 lasers. *You can download the PDF catalog. Please contact us for more details.

• Other processing machines

● Deflecting and focusing lasers in two dimensions ● For applications requiring high-speed processing ● Compact design ● Digital control Raylase's two-axis galvanometer scanner is an XY deflection unit that deflects and focuses laser beams in two dimensions. It is ideal for various applications that require high-speed processing in a medium-sized processing area. *For more details, please download the PDF or contact us.*

• Other processing machines