日本レーザー Product Lineup

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

- Compact and lightweight (180mm x 180mm footprint, 0.4kg) - Supports OPA and NOPA in the selected wavelength range from UV to near-infrared - Pump-probe spectroscopy for absorption spectra - Achieves high throughput with a 1cm clear aperture, without gratings or input/output slits - Easily integrates with existing optical systems you may have - Sturdy and robust design - Complete all-in-one unit including driver - Rapid support worldwide The GEMINI-2D from NIREOS is a compact, lightweight, and highly stable interferometer that transforms transient absorption spectroscopy measurements into cutting-edge two-dimensional spectroscopic devices. By controlling the time delay between two replicas of the input light from femtosecond laser pulses, it offers unparalleled stability and robustness. *For more details, please download the PDF catalog or contact us.

• Other measurement, recording and measuring instruments

- Compact and lightweight (176mm x 44mm footprint, 0.4kg) - Wide spectral range: 350-2300nm (optional 250-3500nm available) - Patented common path structure with a robust design. Not affected by vibrations. - Provides unlimited spectral bands as a continuous spectrum. - Pre-aligned and easily installable into existing setups. Usable as a turnkey solution. - Achieves high throughput with a 1cm clear aperture, without gratings or input/output slits. - Complete all-in-one unit including the driver. - Users can set the scan range and spectral range. Users can start with simple measurements, check the spectrum, then extend the data acquisition time to improve the S/N ratio and reduce spectral resolution down to 1nm. *Varies by model and wavelength.

• Other measurement, recording and measuring instruments

〇Supports VIS/NIR/SWIR/MWIR/LWIR bands 〇Powered by standard commercially available batteries 〇Over 20km long-range performance in full sunlight in the MWIR band 〇Lightweight at under 9 ounces (approximately 255g) with battery 〇Optical data transmission (optional) The INCA TM multi-spectral proximity beacon is essential for many applications such as search and rescue operations and situational awareness, providing a high-brightness multi-spectral light signal that is detectable even at long distances. This multi-spectral emission covers the VIS, NIR, SWIR, MWIR, and LWIR bands. In the case of emissions in the mid-wave infrared (MWIR) and long-wave infrared (LWIR), it means that it does not emit visible signals as a setting, making it undetectable using night vision imagers.

• Other optical parts

- Compact - High power - CW or pulse - Robust - UV-A wavelengths 375nm and 405nm - Optical fiber pigtailed output Daylight's UV laser can operate in both CW mode and pulse mode, delivering output at watt levels. CW power levels of up to 4W at 405 nm and up to 1W at 375 nm are available from the optical fiber pigtailed package. With class-leading optical performance and flexibility, it can be used in a variety of applications. It is also highly robust, enabling multi-watt output in UV-A from a compact fiber-coupled package, even from standard laboratory power supplies.

• Other optical parts

- Excellent output stability - Wavelength tunable - Mode-hop-free sweeping - Diffraction-limited beam ■ Generates a wavelength-tunable laser with a broad mid-infrared spectrum based on optical parametric oscillation. ■ Combines high reliability with excellent stability, used in applications such as remote sensing, medical, and bioimaging. ■ Utilized for detecting air pollution and evaluating the properties of infrared sulfur glass due to specific high brightness and coherence.

• Etching Equipment

✤ Frequency selection: Adjustable over a wide range ✤ High-speed frequency switching ✤ Easy setup with dedicated software ✤ Programmable frequency sweep/modulation function ✤ External trigger (lock-in amplifier, THz camera, slave mode) ■ TeraSchottley is a sub-terahertz light source utilizing Schottky diodes. ■ It is equipped with a frequency tuning function, allowing for tuning of more than 10% bandwidth in each band. ■ The generated frequencies are in the 75GHz, 150GHz, 300GHz, and 600GHz bands with a maximum output of 100mW. ■ Frequency tuning can be easily done with plug-and-play software. * You can download the PDF catalog; for more details, please contact us.

• Laser Components

- Adoption of quantum cascade laser (QCL) technology - High output: up to 7mW (typ.), average output >1mW (guaranteed value) - Multi-frequency option: switchable up to 6 frequencies (2–5 THz range) - Fully automated device: remote control via USB - Permanent vacuum package that does not require ultra-low temperature cooling - Compact: tabletop, under 10kg - Frequency switching possible with a single click - Single mode/multi-mode The TeraCascade2000 from Lytid is a terahertz light source based on quantum cascade laser (QCL) technology, continuously emitting terahertz waves at mW output levels in the range of 2THz to 5THz. One system can accommodate up to 6 frequencies in the 2THz to 5THz range, functioning as a multi-band terahertz light source. Improved persistent vacuum levels result in lower maintenance. In daily use of this terahertz light source, no pumping work is required. It features an automatic control ultra-low temperature-free cooling system, making it a user-friendly plug-and-play system. *You can download the PDF catalog; please contact us for more details.

• Other measurement, recording and measuring instruments

- Single mode optical output: up to 300mW - Wavelength (36 types): 375 to 1550 nm - Astigmatism correction beam - High-speed digital modulation: up to 250MHz - High-speed analog modulation: up to 150MHz - Ultra-compact - High stability CW oscillation (ACC/APC mode) - Automatic aging correction function (AAC) - Electronic shutter function (laser output cutoff): >500kHz full on/off capability - 0.7mm beam diameter (optional) - USB2.0 & RS-232 interface - Compatible with Metamorph, LabVIEW, Micromanager drivers The LuxX.HSA series is a semiconductor laser that is ultra-compact, with a built-in controller, and achieves high-speed analog and digital modulation. You can choose the wavelength that suits your needs from 36 types in the range of 375 to 1550 nm. The maximum output is 300mW, and with astigmatism correction, it achieves a perfect beam focus. It is also ideal for applications requiring a small spot diameter, such as microscopy.

• Other measurement, recording and measuring instruments

Attocube's laser interferometric displacement sensor is a device that measures the variations in linear motion of objects. It can measure the displacement of objects with various materials and shapes over a wide range, from a few millimeters to several meters. It is a compact modular system that can be configured for up to three axes. The position signal can be used as a feedback signal for closed-loop positioning systems. It contributes to achieving advanced quality control (QC) and quality assurance (QA) through measurements of rotational fluctuations, vibration measurements, and calibration of machine tools. 【Features】 ■ Pico-order resolution ■ Wide operating distance range: from a few millimeters to a maximum of 5 meters ■ Capable of high magnetic field and ultra-high vacuum applications ■ Modular setup ■ Ultra-compact sensor head ■ Configurable for 3 axes (X, Y, Z) *For more details, please contact us or refer to the PDF download.

• Vibration Monitoring

- Numerous delivery achievements - Internal mirror type - Air-cooled with a maximum of 40mW - Compact size - Ideal for system integration The Argon laser from Lasos GmbH in Germany has a rich history of numerous delivery achievements, stemming from Siemens AG in Germany. It features an internal mirror type and can achieve a maximum output of 40mW. Its compact size makes it ideal for system integration. *For more details, please download the PDF or contact us.*

• Analytical Equipment and Devices

- Long lifespan, high stability - Numerous delivery records - Ideal not only for laboratory use but also for system integration - Extensive lineup (0.5–35mW, Red, Green, Yellow, vertical single, linear polarization…) ■Specifications - Wavelength: Red (632.8nm), Green (543.5nm), Yellow (594nm) - Output: 0.5mW–20mW - Specifications: Vertical mode (single/multi), polarization (random/linear) - HeNe glass tubes, a wide range of compact power supplies for OEM applications ■The helium-neon lasers (HeNe lasers) from Lasos GmbH boast high reliability stemming from Siemens AG. They are particularly optimal as integrated HeNe lasers for systems and devices, with numerous delivery records both domestically and internationally. The lineup of laser power supplies for OEM applications is also extensive. *For more details, please download the PDF or contact us.

• Analytical Equipment and Devices

TruFiber 【Features】 〇 High power, ideal for laser processing ○ User-friendly control ○ Flexible equipment for easy integration ○ High efficiency & high reliability ○ Maintenance-free design ○ Single-mode fiber/multi-mode fiber (selectable) ○ 19-inch rack mount ○ Reduced maintenance costs TruFiber is a product designed for processing applications such as cutting, welding, and material processing, allowing you to specify the control interface, functionality, and performance according to your application. It is also suitable for field use.

• Other processing machines

✤ Repetition frequency: CW ~ 4MHz ✤ Ideal for industrial applications: Choose from 3 types according to your needs ✤ 1062 ± 3 nm ✤ Maximum pulse energy: 5mJ ✤ Variable pulse width: Up to 40 presets, 3-2000 ns The TruPulse Z type is a highly flexible and high-performance fiber laser. It achieves miniaturization and efficiency using a directly modulated semiconductor seed laser, GTWave amplifier, and PulseTune control technology. It can provide various beam quality and shapes tailored for any marking or micromachining application. The ILLK system used in the beam propagation system is a plug-and-play system utilizing IP54 standard beam propagation cables. The beam diameter can be specified. TruPulse is a reliable product with a 3-year warranty. Additionally, it supports any control and equipment connections via Ethernet. *For more details, please download the PDF or contact us.*

• Other processing machines

●Detection efficiency: Maximum 45% @500nm (by cathode) ●Response speed: Minimum 50ps (FWHM, by cathode) ●Almost no afterpulses ●Built-in high voltage power supply & preamplifier ●Active temperature stabilization feature ●Shutter & overload protection feature ●Sensor effective diameter: 3mm, 5mm, 6mm (by cathode) The PMA Hybrid is a compact single-photon detector with a Peltier cooler and low dark count. It features overload protection and emergency shutdown, with a built-in high voltage power supply and preamplifier. There are three types of photocathodes: 1. Low dark count version with sensitivity in the blue region Wavelength range: 220–650 nm 2. Standard unit Wavelength range: 300–720 nm, 500 nm High photon detection efficiency of up to 45% 3. Red region 380–900 nm *You can download the PDF catalog; please contact us for details.

• Optical Measuring Instruments

- High reliability while measuring individual particles with high-speed imaging - Light source repetition period: 1 ns - Clear measurement of particle shape regardless of the position in the measurement zone - Supports particles from clearly defined shapes to transparent ones - Ability to change the definition of shapes and reanalyze Particles ranging from 0.55 to 34,000 μm in size, dispersed using dry and wet dispersers, can be analyzed. A high-speed camera capturing 500 frames per second continuously acquires images of the particles, allowing for high-contrast and high-precision measurements in a short time. Additionally, clear measurements can be made for particles from well-defined shapes to transparent ones, regardless of their position within the measurement zone. The number of particles measured can reach up to 100 million per measurement, providing highly reliable statistical values. The captured particle images can be analyzed in detail using various evaluation modes, including equivalent diameter of area, minimum, maximum, and average Feret diameters, circularity, and aspect ratio.

• Particle Counter

- Ultra-compact design - Rich variety of wavelengths (Nd:YAG, Nd:YVO4, Nd:YLF) - High stability - High beam quality - Ideal for integration into systems - Easy operation ◆ The Q-switch laser from CrystaLaser in the USA features an ultra-compact body with high output, high stability, and high reliability. ● This model is a highly reliable product with a proven track record for OEM and embedded use in semiconductor-related process equipment. ● It combines laser crystals of Nd:YAG, Nd:YLF, and Nd:YVO4 with nonlinear optical crystals, offering a diverse range of wavelengths. ● This laser is easy to operate, plug-and-play, requires no cooling fan or cooling water, and operates without noise. 【Emission wavelengths (nm)】 262, 266, 349, 351, 355, 440, 447, 473, 523, 527, 532, 542, 555, 561, 657, 660, 672 (671), 946, 1047, 1053, 1064, 1313, 1320, 1340, 1444 *For more details, please download the PDF or contact us.*

• Other machine tools

The "FluoTime 300" is a fluorescence lifetime spectrometer capable of measuring in the order of a few picoseconds. In addition to fluorescence lifetime, it can also measure steady-state fluorescence anisotropy and phosphorescence. It offers multiple detector options, allowing for the construction of diverse system configurations. Additionally, it features intuitive and user-friendly system software called "EasyTau 2," enabling easy execution of both steady-state and time-resolved measurements. 【Features】 ■ Modular and highly flexible design ■ User-friendly application wizard ■ High-performance TCSPC module ■ Useful for research on fluorescence and phosphorescence decay from a few picoseconds to several seconds ■ Excitation conditions can be set according to sample requirements, from short-lived fluorescence to weak phosphorescence *You can view product documentation (in English and Japanese) from the "PDF Download" section. Please feel free to contact us with any inquiries.

• Optical Measuring Instruments

● 1 or 2 input channels & synchronization channels ● Base resolution 25 ps or 1 ns ● Short dead time ● Count rate up to 40 Mcps with time tagging function ● 32,768 histogram channels The TimeHarp 260 is a compact and user-friendly PCI board for time-correlated single photon counting (TCSPC) and multi-channel scaling (MCS). It offers high time resolution with a very short dead time. We offer two types: the PICO module with a base resolution of 25 ps and the NANO module with a resolution of 1 ns. 【Features】 ● Highly flexible multi-input channels: up to 2 channels. ● PICO module: ideal for high-resolution TCSPC ● NANO module: for MCS and dead-time-free correlation measurements ● Adjustable delay time for each input channel ● Time-tagging time resolution (TTTR) mode ● Programmable trigger output ● User-friendly software and custom programming

• Optical Measuring Instruments

- Achieving precision in the range of nanometers and sub-nanometers. High temperature characteristics, high stability, high resolution, and excellent linearity are realized through MicoSense's unique technology based on capacitance. - Measurement without causing any damage or load to the object being measured. It is possible to measure various shapes and dimensions, plate thickness, and position detection without contact. - Usable according to purpose and application. A variety of models are available, including products compatible with vacuum and non-magnetic environments. This is a capacitance-type displacement sensor developed by MicroSense LLC's unique technology. - Measurement full scale: ±5μm to 4500μm, ±15μm to 250μm, ±25μm to 500μm - Output resolution: up to 0.0005% FS, up to 0.001% FS, up to 0.002% FS - Output linearity: up to 0.02% FS, up to 0.03% FS, up to 0.1% FS *For more details, please download the PDF or contact us.

• Other measurement, recording and measuring instruments

■ Easy-to-use plug and play ■ Compact design ■ High beam quality & short pulse ■ Closed-loop control of output energy ■ Internal/external trigger mode ■ Supports single shot and burst mode You can choose from three models to suit your application needs. Available wavelengths: 213nm/266nm/355nm/532nm/1064nm. Maximum pulse energy: 650μJ, maximum average power: 2W, repetition frequency: 1kHz. *For more details, please contact us.*

• Other physicochemical equipment

This is a high-power nanosecond pulse laser developed for use in harsh environments such as laser ignition. It achieves both high output and toughness with its unique fully monolithic structure. Despite its compact head, it has such high output that it can cause laser breakdown. Since it has no movable optical components inside the head, it is resistant to vibrations and is not affected by temperature changes in the environment. This is a completely new laser that enables use in industrial and field applications. 【Features】 ● Ultra-compact ● High output (mJ) ● Vibration resistant, resistant to environmental temperature changes

• Other machine tools

〇High-sensitivity single-photon detector NbTiN (niobium titanium nitride) is processed into a nanowire shape using a lithography process, exhibiting high sensitivity characteristics in the visible to near-infrared range. 〇Ideal for quantum cryptography communication, interstellar communication, astronomical observation, LIDAR, single-molecule fluorescence spectroscopy, OCT research applications, and time-resolved fluorescence spectroscopy High-sensitivity single-photon detection in the near-infrared range is possible. 〇Long lifespan and high reliability As an integrated product consisting of a closed-cycle cooling system, helium compressor, electronic driver, and software, product lifespan and reliability are improved. 〇Easy to handle This is an easy-to-handle closed-cycle fiber-coupled single-photon detection system that does not require liquid helium filling. It features a unique nanowire structure. 【Features】 ■High detection efficiency: >85% ■Low timing: <15 ps (high temporal resolution) ■Short dead time: <10 ns ■High photon detection rate: >50 MHz ■Low dark current rate: <10 Hz *For more details, please download the PDF or contact us.

• Optical Measuring Instruments

The high-end camera series ImageIR(R) excels in measurement performance and is a very compact and flexible product. It provides the optimal solution for users seeking the best sensitivity, accuracy, spatial resolution, and speed. Additionally, due to its modular design, it allows for the optimization of system configuration and performance for each application. 【Features】 ● High temperature resolution ● IR imaging with high frame rates ● Modular design that can flexibly accommodate any system ● Long-lasting Stirling cooler that withstands continuous use ● Durable and lightweight metal housing ● Repeatable high-precision trigger ● Various optical accessories ◎ For more details, please contact us.

• Thermography

CrystaLaser, a company in the United States, offers an unparalleled range of laser products with a wide variety of wavelengths, covering almost the entire spectrum from ultraviolet to near-infrared. In particular, the "Crystal series" of DPSS lasers combines crystals of Nd:YAG, Nd:YLF, and Nd:YVO4 with nonlinear optical crystals, featuring models with unique wavelengths not found elsewhere. The size is designed to be very compact compared to conventional products, small enough to fit in the palm of your hand. This makes it ideal for integration into laser-based systems. Additionally, each model allows for the selection of low output noise types and single-mode types. Furthermore, options for variable output power supplies and fiber coupling are also available. 【Features】 ■ Compact design: palm-sized, ideal for system integration ■ Maintenance-free ■ Long lifespan ■ Very easy laser operation ■ A wide range of LD and DPSS types, including single frequency models and low noise models ■ Output: ranges from 1 to 2500mW for each wavelength model *For more details, please download the PDF or contact us.

• Laser marker

○ Unique electronic shuttering function → Can be turned ON/OFF with an almost 100% extinction ratio. ○ Software-based bulk control → Multiple lasers can be controlled with an intuitive GUI, allowing for easy bulk ON/OFF, output adjustment, and modulation ON/OFF. ○ Fiber output → Designed to be robust, making it less likely to experience fiber misalignment even after long-term use. If misalignment does occur, it can be easily adjusted, and fiber replacement can be done by the user. The multi-wavelength laser "LightHUB optogenetics" is a product specifically designed for optogenetics applications, integrating a 473nm (100mW) semiconductor laser and a 561nm (150mW) or 594nm (100mW) DPSS laser into a single housing, allowing output from a single fiber. Multiple wavelengths can be freely switched, output adjusted, and modulated via software, with options for both dual and triple wavelength configurations. ● For more details, please download the catalog or contact us.

• others

The V Series ultrasonic microscope (ultrasonic imaging device) manufactured by KSI in Germany uses ultrasonic waves up to 400 MHz to perform internal flaw detection/internal observation of inspection objects. The principle of the ultrasonic microscope can be found here: https://www.japanlaser.co.jp/technology/ksi_ultrasonic_principle/ It also features a new design probe and a new type of amplifier that achieve approximately 1.5 times faster scanning and high signal-to-noise imaging compared to conventional models. The application range of this series is broad, used in various fields such as composite wafers in semiconductors, semiconductor chips, semiconductor packages, LEDs, plating, and painting. For example, in the semiconductor field, it is used as a non-destructive testing tool, demonstrating its effectiveness in detecting delamination/cracks that are difficult to detect with X-rays. ~V Series Lineup~ 【V-8/V-400】 Standard model for a wide range of applications. Supports everything from quality assurance to R&D. 【V-700/V-1000】 Wide-range scanning model. Effective for inspecting numerous samples. 【V8-DUO / V8-Multihead】 Multi-probe system for applications requiring high throughput.

• Other microscopes

【Features】 ○ Achieves stable oscillation at wavelengths that were previously impossible → Realized stable oscillation by using the MOFA method and TEC cooler ○ Compact and extremely user-friendly → The controller also features a sleek design. 【Main Specifications】 ○ Wavelengths: 266, 531, 766, 1064, 1532 nm ○ Shortest pulse: 80 ps ○ Repetition frequency: Single shot to 80 MHz ○ Average power: 1 mW to 1000 mW ● For more details, please contact us or refer to the catalog. ● You can download the English version of the catalog.

• Other measurement, recording and measuring instruments

The DPSSL-XP series is a compact DPSS laser. It offers a wavelength range from 473nm to 640nm. It can be used in a wide range of applications including spectroscopy, interferometry, confocal and fluorescence microscopy, bioanalytical research, particle measurement, industrial measurement, holography, and scientific education. It features a compact, maintenance-free design with excellent beam quality and outstanding long-term stability. The necessary electronic control circuits are built-in, making it easy to integrate into OEM products. 【Features】 - Wide wavelength range from 473 nm to 640 nm - Standalone or OEM design options available - Excellent long-term stability - Superior beam quality - Reliability and robustness - Maintenance-free compact design - Fiber coupling (optional) - Control software and command set - Firmware can be embedded - Customization available upon request *For more details, please download the PDF or contact us.

• Analytical Equipment and Devices

The picosecond laser LDH series achieves stable oscillation by using TE cooling and has been miniaturized compared to conventional excitation lasers. It offers a variety of models with the shortest pulse duration of 50 ps, covering wavelengths from 375 to 1990 nm. 【Main Features】 ■ Minimum pulse width of 20 ps (FWHM) ■ Adjustable average output of a few mW ■ Repetition frequency up to 80 MHz ■ Optional dual mode: pulse and CW operation ■ Collimated optical system, optional fiber coupling, Peltier cooling

• Analytical Equipment and Devices

【Main Features】 ○ Equipped with a high-performance TCSPC module ○ Capable of measurements such as FLIM, FCS, and FCCS using Time-Tagged mode ○ Upgrade system for Laser Scanning Microscope → Achievable by combining optical systems, detectors, and TCSPC modules with your existing microscope. The fluorescence lifetime imaging system "MicroTime 200" is a fluorescence microscope system equipped with a high-performance TCSPC (Time Correlated Single Photon Counting) module. It is capable of measurements such as FLIM, FCS, and FCCS using Time-Tagged mode. *For more details, please contact us or download the catalog.

• Other microscopes