We would like to introduce our visualization laser/PIV (Particle Image Velocimetry) system, which can be used for analyzing the behavior of sprays and droplets, as well as for visualizing flow fields. We will provide proposals tailored to your experimental conditions, from the selection of light sources to the overall configuration of the measurement system. ■ Dates: December 16 (Wednesday) to 17 (Thursday), 2026 ■ Venue: Okayama Convention Center (14-1 Ekimae-machi, Kita-ku, Okayama City) ■ Attendance: Pre-registration required (fee applicable) ■ Exhibits planned: - Visualization laser/PIV system Please feel free to stop by for any inquiries regarding measurements.

We will introduce products that are useful for photophysical research, including time-resolved spectroscopy measurement instruments centered around time-correlated single photon counting (TCSPC), time-resolved confocal fluorescence microscopes with single-molecule sensitivity, and ultra-high stability interferometers. We also welcome inquiries about configurations tailored to your research themes. ■ Dates: December 11 (Friday) and 12 (Saturday), 2026 ■ Venue: Kumamoto University 100th Anniversary Memorial Hall (2-39-1 Kurokami, Chuo-ku, Kumamoto City) ■ Booth Number: To be determined ■ Attendance: Pre-registration required (fee applicable) ■ Planned Exhibits - TCSPC and time-tagging devices (PicoQuant) - Single-molecule sensitivity time-resolved confocal fluorescence microscope MicroTime 200 (PicoQuant) - Ultra-high stability interferometer "GEMINI" (NIREOS) We look forward to welcoming everyone at the venue.

At the International Powder Technology Exhibition 2026, we will showcase three products ranging from particle measurement to quality control. ■ Laser diffraction particle size distribution measurement device HELOS (Sympatec) Covers 0.1 to 8750 µm. Achieves accuracy exceeding ISO 13320 with an 8-section multi-range method, accommodating a wide variety of samples with diverse dispersers for both dry and wet measurements. ■ Dynamic image analysis particle size distribution measurement device QICPIC (Sympatec) Simultaneously measures particle size and shape. Analyzes millions of particles in a short time with a high-speed camera capturing 500 frames per second, making it ideal for transitioning from sieve methods. ■ Foreign matter inspection device CALPAS (Scigentec) Automatically detects foreign matter in pellets, powders, films, and slurries by size, shape, and color. It is also capable of distinguishing metal contaminants using AI and deep learning.

At Photonics Innovation 2026, we will showcase ultra-stable, high-purity single-frequency CW DPSS lasers (Skylark Lasers) covering ultraviolet to near-infrared, and high-precision optical wavelength meters (Bristol Instruments) that correspond to visible to mid-infrared. We will present solutions that support cutting-edge research in quantum technology, semiconductors, and spectroscopic measurements.

This symposium is an international conference where researchers representing the field of single-molecule biophysics from East Asian countries (Japan, China, South Korea, and Singapore) gather together. At the venue, we will introduce PicoQuant's single-photon detection confocal fluorescence microscope "Luminosa." It supports a wide range of single-molecule biophysical measurements such as FLIM, smFRET, and FCS, and with automatic alignment and high-speed GPU analysis, anyone can efficiently obtain high-quality data. We warmly invite you to visit our booth. We look forward to seeing you all there.

The 15th IEEE CPMT Symposium Japan (ICSJ2026) will be held from November 10 to 12, 2026, at Ritsumeikan University's Suzaku Campus in Kyoto. It is an international conference on electronics packaging technology organized by the IEEE Electronics Packaging Society (EPS). At our booth, we will showcase solutions that support everything from research and development to mass production evaluation of photonic integrated circuits (PIC), focusing on inspection, measurement, and automatic packaging equipment for ETSC Microdevices' silicon photonics (Si-PIC). Product details: https://www.japanlaser.co.jp/maker/etsc/

■ Event Overview Date: December 8 (Tuesday) - 11 (Friday), 2026 Venue: Nagoya Participant Registration: To be determined

■ Event Overview Date: August 2, 2026 (Sunday) - August 7, 2026 (Friday) Venue: Sapporo Convention Center Participant Registration: Scheduled to start in late March 2026

This exhibition will introduce the latest solutions for time-resolved measurement, ultrashort pulse lasers, and spectroscopic analysis. We look forward to welcoming everyone involved in research and development and advanced measurement. ■ Event Overview Date: March 15 (Sunday) to March 18 (Wednesday), 2026 Venue: Tokyo University of Science, Ookayama Campus ■ Main Exhibits Planned Time-resolved PL microscope (PicoQuant) Picosecond pulse laser (PicoQuant) TCSPC (Time-Correlated Single Photon Counting) and time-tagging device (PicoQuant) Pump-probe / dual-comb laser for time-resolved measurement (K2Photonics) Fourier transform spectrometer (NIREOS) Our specialized staff will provide guidance on the latest optical measurement and laser technologies. Please feel free to stop by our booth.

We have started handling femtosecond fiber lasers from Litilit. We offer reliable and robust femtosecond fiber lasers at reasonable prices. We have built a track record over more than 12 years across a wide range of fields. Our lineup includes products for biophotonics, such as multiphoton microscopes, and industrial models suitable for fine processing in the 10W class. 【Product Lineup】 ■ Biolit Femtosecond Fiber Laser for Biophotonics Ideal for nonlinear optical applications and multiphoton microscopy. Pulse width: 60 fs. Average output: 2 W. ■ Indylit Femtosecond Fiber Laser for Fine Processing Femtosecond fiber laser suitable for fine processing. Ideal for non-thermal processing. Average power: 10 W, pulse width: 450 fs to 2 ps. ■ Neolit Ultrashort Pulse Femtosecond Fiber Laser A compact type designed as a seed light source for amplifiers. 【Application Examples】 Femtosecond Fiber Laser Biolit: Ideal for multiphoton microscopy using various nonlinear optical techniques, achieving high-speed, high-quality, and high-precision imaging while minimizing thermal damage to the observation target.

We are a laser manufacturer that conducts in-house development and production. Based on fiber/bulk laser technology, wavelength conversion technology, laser control technology, and optical design technology, we provide solutions derived from our extensive experience in contract development, boasting numerous achievements in material processing, inspection, measurement, repair, and analysis. We also handle all thermal analysis and thermal control system development in-house, allowing us to offer a consistent range of services including development, design, installation, and after-sales service.

Lytid has released a new product. This French manufacturer provides cutting-edge photonics devices across a wide optical range from short-wave infrared (SWIR) to terahertz (THz). They develop and manufacture products that excel in reliability and performance while being user-friendly. ■ TeraCascade2000 High-Power Terahertz Laser Extremely high stability and beam quality. Output is 2.5 times higher than conventional models. Compact, plug-and-play, easy to operate, and offers high cost performance. ■ TeraEyes-HV Terahertz Imaging System Real-time full-field imaging (25Hz frame rate). Utilizes up to 6 frequencies (2-5THz) with TC2000 light source. High resolution. No limitations on interference patterns due to laser beam coherence. Customizable illumination patterns. ■ SIRIS Short-Wave Infrared Camera (InGaAs-based) High dynamic range of up to 120dB, ultra-low noise <10e- NDRO SIRIS camera. Full frame 200 fps (640 x 512 pixels). No vibrations and no need for liquid nitrogen.

We have renewed our specialized website on laser processing. You can find information on laser cleaning, laser cutting, laser processing, laser welding, laser deep engraving, laser drilling, laser marking, ablation, and more, including the principles, details, and examples of laser processing technology. We also offer lasers tailored to materials such as lithium-ion batteries, CFRP, Kapton, and stainless steel, as well as lasers suited to specific wavelengths and oscillation modes. With over 50 years of accumulated knowledge and expertise in laser processing technology, we are here to help you find the optimal laser for your needs.