We will be exhibiting at the International Image Device Exhibition 2023.

Corresponding to visible to near-infrared (up to 2500nm). A hyperspectral camera suitable for remote sensing, resource exploration, and research applications with high sensitivity and low noise.

The HySpex series hyperspectral cameras can be used for field, lab, and airborne system applications. ■ High S/N ratio ■ High spatial resolution and frame rate ■ Product lineup compatible with visible and near-infrared wavelength ranges (400–1000nm / 930–2500nm / 960–2500nm) ■ A wide range of accessories tailored to shooting conditions Suggestions available for aircraft, lab, and field systems (stages, navigation systems, dedicated tripods, etc.)

• Color camera

Ideal for machine vision. Plug & play high-precision 3D stereo camera system.

This is a high-precision 3D stereo camera system specialized for robot vision that can analyze and process data captured by the camera onboard, without the need for external hardware. ■ 3D Stereo Camera: RC_VISARD - Baseline: 65mm, 160mm - Type: Color/Monochrome You can choose from a total of four types of cameras according to your application. - Real-time object analysis and processing - Usable indoors and outdoors - Low-noise depth images due to smoothing technology - High frame rate (1.2 Mpixel, 0.8Hz) - Capable of mounting genuine white LED projectors - Global shutter ■ Software/Application Module: RC_REASON - Various application modules are available (BoxPick, ItemPick, CAD Match, Silhouette Match) - By using the optimal module, it can be integrated into processes without complex image analysis or programming. - No need to use external hardware; it directly collaborates with the robot. - The modules are built into the camera, and the captured images can be processed onboard within the camera.

• Color camera

A very compact and high-sensitivity industrial camera that demonstrates excellent performance when combined with optical devices and more! It can also be used as a standalone unit!

■XS Series Ultra-small camera module Multi-element lens for optimized image quality and the best depth of field Standard and customized modules ■S Series Camera module designed to be optimized for small sensors. Can be used in low-light conditions. ■M Series Minimum camera with Full HD or HD resolution. HQ lens with very high depth of field from approximately 1mm to infinity. Excellent performance across a wide range without adjustments. ■L Series High resolution, high light sensitivity, and fast automatic adjustment make it suitable for various applications. Easily integrated into complex systems such as machinery, robotics, and automation systems. Also usable in standalone devices like digital microscopes, as well as for process control, assembly, and inspection. ■Smart Series Available in standard specifications Can be purchased at low prices and short lead times High-performance camera module Three models: ultra-compact, S, M, and L

• Sensors
• Other inspection equipment and devices
• Color camera

High-performance ultra-compact camera, an industrial camera available at short delivery times and low prices due to standard specifications.

■Smart Series An ultra-compact camera with a minimum size diameter of 2.75mm. We offer a range from size-focused models to industrial and commercial full HD quality camera modules used in machine vision and robotics. The camera modules in the Smart Series achieve cost efficiency and short delivery times. They are available in three pre-configured standard specifications. The standout difference from other manufacturers' cameras lies in the optical system. The ultra-compact, high-quality lenses developed independently by the manufacturer, who is also a lens maker, can be purchased separately as well.

• Sensors
• Color camera

A very compact camera with high light sensitivity that demonstrates excellent performance when combined with optical devices and others! It can also be used as a standalone device!

■XS Series The smallest ultra-compact size in the series Ф1.8×12mm～ ■S Series Camera module designed to be optimized for small sensors. Can be used in low lighting conditions. ■M Series The smallest camera with Full HD or HD resolution. HQ lens with a very high depth of field from approximately 1mm to infinity. Exhibits excellent performance across a wide range without adjustments. ■L Series Can be used in various applications due to high resolution, high light sensitivity, and fast automatic adjustments. Easily integrated into complex systems such as machinery, robotics, and automation systems. Also usable in standalone devices like digital microscopes, as well as in process control, assembly, and inspection.

• Sensors
• Other inspection equipment and devices
• Color camera

Capable of video recording in ultra-small full HD resolution, a CMOS camera with a depth of field from 1mm to infinity.

■M Series The M series camera modules from the ultra-compact camera manufacturer Optikron are multifunctional, compact, and can be integrated into devices/equipment. The M series features the smallest cameras with either Full HD or HD resolution, making them a popular choice in the industrial sector as the foundation of imaging systems. Notably, it has a high-quality lens with an extremely high depth of field ranging from approximately 1mm to infinity, providing excellent sharpness. The interfaces are USB and CVBS. It is equipped with a 1/8 size CMOS sensor, capable of capturing Full HD (1920×1080 pixels) video in this ultra-compact size.

• Sensors
• Color camera

【Suitable for OEM】Ultra-compact and low-cost. A hyperspectral camera capable of video recording.

【Minimum Size of Video Hyperspectral Camera UTLRIS】 - Ultra-compact: 29×29×49 mm - Ultra-lightweight (126 g) - Snapshot-type hyperspectral camera based on light field technology. - Capable of video recording - Covers a wavelength range of 450–850 nm (VNIR region) Suitable for OEM with 【Ultra-compact & Lightweight】 × 【Low Price】 - Opens up new markets for hyperspectral imaging in various industrial fields such as food, industry, medical, and recycling. The ultra-compact and lightweight UTLRIS 5 is also suitable for use with UAS.

• Other inspection equipment and devices

Covers UV to NIR from 350 to 1000 nm with a single device. Introduces light field technology. Provides high-resolution imaging data.

The "Hyperspectral Camera ULTRIS X20" is an innovative hyperspectral camera based on light field technology. It is equipped with a 20MP CMOS sensor, allowing for the acquisition of high-resolution data. The "ULTRIS X20" has an expanded measurement wavelength range compared to the conventional model "ULTRIS 20," now covering a wide range of wavelengths from 350 to 1000 nm, from ultraviolet to near-infrared, all in one device. 《 Features of ULTRIS X20 》 - Capable of capturing hyperspectral imaging data in video format - Measurement wavelength range: 350-1000 nm, 164 spectral bands - High resolution - 410×410 pixels - Compact (60 × 60 × 57 mm), lightweight (350 g) (standard model S20) - Robust housing compliant with IP standards - Capable of underwater shooting With its compact and lightweight design, it can be mounted on general drones. The 164 spectral bands and high spatial resolution of 410×410 pixels make it suitable for a wide range of applications, not only in laboratories and fields but also in UAV applications.

• Other inspection equipment and devices

Automatically build classification models using machine learning.

perClass Mira<R> is analysis software for hyperspectral imaging. It quickly interprets spectral images obtained from hyperspectral cameras and automatically builds classification models using machine learning. - Automatic model creation through machine learning - Simple operability and user-friendly software - High-quality labeling through active learning - Excellent model creation possible through learning and validation from multiple images

• Image analysis software

Mobile-type hyperspectral camera that easily and quickly acquires VNIR (500-1000nm) spectral data on-site.

The HAIP BlackMobile hyperspectral camera is a handheld hyperspectral camera that allows for quick and easy acquisition of hyperspectral data on-site. ■ Mobile-type hyperspectral camera - Easy operation and result display on-site with a touch panel display. - Built-in LED lighting - Wavelength range: 500~1000nm, 100 spectral bands - High signal-to-noise ratio in the NIR region - Also equipped with a 4K RGB sensor

• Other inspection equipment and devices

We will be holding a seminar as follows during the Next Generation Die Casting Technology Webinar Week 2026. The die casting process plays a very important role in the automotive industry today, contributing to weight reduction, strength, cooling performance, and improved production efficiency. Do you have challenges related to defective products or mold lifespan due to mold temperature management? A non-contact type mold surface temperature monitoring system can achieve stability in quality, accuracy in traceability, and cost reduction. We hope you find it useful along with case studies. Date and Time: July 6, 2026 (Monday) 13:30 - 13:55 Instructor: Product Manager, Sales Engineering Department, Marpos Co., Ltd. Target Audience: - Those involved with die casting products and die casting machines - Those facing challenges in managing mold surface temperature - Those looking to improve traceability in the die casting process - Those wanting to work on cost reduction in the die casting process Registration: Please register through the details and registration button. * An invitation code (free) is required to apply for this event. Please enter the following invitation code on the application site. Invitation Code: K3994296

[Speaker] Mr. Takumi Aida, Analyst, Advanced Technology Lab, Japan Research Institute, Ltd. [Key Lecture Content] Autonomous driving technology has developed primarily around the enhancement of vehicle control based on a rule-based approach using various sensing data such as cameras, radar, and LiDAR. In recent years, there has also been progress in End-to-End approaches where AI learns integratively from recognition to control. While commercial applications of unmanned taxis and autonomous trucks are advancing mainly in the United States and China, efforts in Japan remain at the demonstration stage. Moreover, the spread of autonomous driving is changing the form of mobility provision from "ownership" to "service utilization," which is also impacting the nature of financial services. With the expansion of business models based on operational data and utilization rates, the forms of involvement of financial institutions are expected to diversify. This lecture will organize an overview of autonomous driving technology and its latest trends, and, based on domestic and international use cases, will consider the challenges for social implementation and strategies for promoting utilization, including the nature of financial services.

[Key Lecture Content] 1. Changes in the environment surrounding submarine cables in an increasingly uncertain international society Koji Enomoto, Senior Associate, PwC Consulting LLC, PwC Intelligence 2. The rise of hyperscalers and the evolution of international communication infrastructure ~ Latest trends in submarine cable systems responding to changes in demand structure ~ Motoharu Murakami, Director, Business Strategy Group, Business Development Division, NEC Corporation 3. High-capacity optical fiber transmission and optical fiber sensing in future submarine cables Hidetaka Furukawa, Director, Photonic Network Laboratory, Photonic ICT Research Center, National Institute of Information and Communications Technology (NICT)

[Speaker] President and CEO of Leading Innovation Inc. Senior Consultant Yoshizawa Yosuke [Lecture Topics] 1. Fixed notions of common sense and how to explore general new business themes 2. The most reliable method for creating unique businesses 3. Classification of business characteristics that influence the exploration of themes 4. Value differentiation design 5. A reproducible approach to creating unique new businesses 6. Focus on institutionalization within the organization 7. Q&A

Date and Time: July 23, 2026 (Thursday) 14:30 – 17:00 Signals Notebook is a unique cloud-based electronic lab notebook designed from the ground up to be utilized across a wide range of research fields, including chemistry, biology, formulation, materials, analysis, and food, ensuring its long-term use in the future. We invite you to participate in this opportunity to see, touch, and experience the features of Signals Notebook for yourself. <Content> - Creation of lab notebooks including reaction schemes and reagent information - Structured recording and searching of yield, conditions, and result data - Notebook sharing, commenting, and approval flow with lab members - Introduction to the compound database (services we offer) - Q&A For more details, click here (to the Hulinks page) https://www.hulinks.co.jp/seminar/signals-snb-handson/