SEMICON Japan 2024 Exhibition

A high-output, high-stability LED light source device capable of mounting multiple modules of the same wavelength. Maximum high-power UV output of 80W, mercury-free.

ALE/2 is an LED ultraviolet irradiation device that achieves high output and high stability, surpassing conventional discharge lamps. It is equipped with up to four built-in LED wavelengths, allowing for multiple wavelength outputs. A significant difference from the ALE/1 in the ALE series is the ability to mount multiple modules of the same wavelength. Therefore, it is possible to output only the i-line or g-line at high intensity, making it suitable for semiconductor applications. The LED modules can be easily replaced, allowing for flexible adaptation to changes in applications.

• Stepper
• Other semiconductor manufacturing equipment

High-output, high-stability LED light source device. High-power UV output up to 15W, mercury-free, with selectable built-in LEDs.

This is a high-output, high-stability LED light source device that replaces conventional discharge lamps. It can accommodate up to five types of LEDs, allowing for output at multiple wavelengths. Additionally, the LED modules can be easily replaced, providing flexibility for changes in applications.

• Stepper
• Other semiconductor manufacturing equipment

Maximum 50W ultra-high output. LED irradiator as a replacement for mercury lamps. Usable for UV curing, semiconductor inspection equipment, and more.

This is a super high-output LED irradiation system that replaces conventional discharge lamps (mercury lamps). The ALE/1C is used by connecting two systems: the control system (CSS) and the exposure system (ESS). By splitting the system into two, we have achieved a compact design that is easy to integrate into equipment while maintaining high output. Additionally, the exposure system can be used in combination with various optical components such as light pipes and light guides. For a comparison of output between 1000W and 500W mercury lamps and the ALE/1Ct, please refer to the catalog.

• Stepper
• Other semiconductor manufacturing equipment

High-output, high-stability LED light source device. High-power UV output up to 30W, mercury-free, with selectable built-in LEDs.

This is a high-output, high-stability LED light source device that replaces conventional discharge lamps. It can accommodate up to five types of LEDs, allowing for output at multiple wavelengths. Additionally, the LED modules can be easily replaced, providing flexibility for changes in applications.

• Stepper
• Other semiconductor manufacturing equipment

LPP-EUV light source that achieves high brightness and low debris.

ISTEQ's TEUS series is an EUV light source that utilizes laser-produced plasma, achieving high brightness and low debris. Unlike conventional droplet targets, it prevents the adhesion of debris generated during plasma formation to the optical system.

• others

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

Covers 350~1000nm with a single unit. A high-resolution, snapshot-type hyperspectral camera specifically designed for UAVs.

The "Hyperspectral Camera ULTRIS X20 Plus" is a hyperspectral camera designed specifically for UAVs, which adds a pan-sharpening method to the "ULTRIS X20," a hyperspectral camera based on light field technology. It has a wider measurement wavelength range than conventional models, capable of covering a broad spectrum from ultraviolet to near-infrared, specifically from 350 to 1000 nm, all with a single unit. **Features of ULTRIS X20 Plus:** - Capable of capturing hyperspectral imaging data in video format - Equipped with two imaging sensors - Adds a panchromatic sensor to the "ULTRIS X20" using light field technology - High resolution - Panchromatic resolution: 1880×1880 px, spectral resolution: 410×410 px (168,100 spectra) - Compact and lightweight (630g) The "ULTRIS X20 Plus" is a snapshot-type camera that can obtain a complete spectral data cube in seconds without scanning, making it suitable not only for UAV use but also for use as a video hyperspectral camera in laboratories and field settings.

• Other inspection equipment and devices

【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

Ultra-high sensitivity CCD camera corresponding to VUV, EUV, soft X-ray, and hard X-ray regions.

This is a super high-sensitivity CCD camera suitable for VUV, EUV, soft X-ray, and hard X-ray regions. It achieves a high signal-to-noise ratio (S/N ratio) through high-sensitivity CCD and cooling technology. It is capable of detecting extremely weak signals that cannot be measured with CMOS cameras. ■ Super High Sensitivity The CCD sensor achieves a high quantum efficiency of up to 98%, allowing for the measurement of weak signals. It realizes a high dynamic range with 18-bit digital output, enabling simultaneous measurement of strong and weak signals. The TE cooling system, which cools down to -100°C, achieves an extremely low dark current of 0.00015 e-/pixel/s. ■ High Performance as a Camera It can read out at a maximum frame rate of 5 MHz. It is equipped with multiple interfaces, including GigE and USB 3.0. Software and SDK for the camera are provided. ■ Ideal for Use in Vacuum Equipment It is compatible with CF flanges DN63, DN100, and DN160, making it easy to install in vacuum equipment. The design and materials of the camera provide resistance to 80-degree baking, allowing for use in UHV (Ultra High Vacuum) conditions.

• others

Ultra-high sensitivity CCD camera for VUV, EUV, and X-ray regions for use in vacuum chambers.

This is an ultra-high sensitivity CCD camera compatible with VUV, EUV, and X-ray regions that can be used in a vacuum chamber. Thanks to its high-sensitivity CCD and cooling technology, it achieves ultra-low noise and a high signal-to-noise ratio, enabling the detection of weak signals that cannot be measured with CMOS cameras. It features a stainless steel housing that minimizes outgassing to the extreme, allowing it to be used in UHV (Ultra High Vacuum) environments. The CCD cameras from greateyes possess the overwhelming characteristic of ultra-high sensitivity in the VUV, EUV, and X-ray regions while also exhibiting high performance as a camera, making them ideal for use in vacuum systems.

• others

Wide wavelength range [200nm~2000nm], ultra-high brightness, high stability.

The Hyperchromator is a wavelength-variable light source that uses ISTEQ's laser-excited white light source, the XWS-30, as its light source. A module developed specifically for the ISTEQ XWS-30 efficiently captures light from the XWS-30 and extracts certain wavelengths of that light using a grating-based spectral method. As a result, it serves as a wavelength-variable light source that leverages the strengths of the XWS-30, including a wide wavelength range, extremely small light emission point, ultra-high brightness, and high stability. 【Features】 - Wide wavelength range from UV to NIR (200–2000nm) - High brightness (due to the high brightness of the light source and increased transmittance from reduced slit size in the I/F section) - Portable size (47 x 45 x 25 cm; 16kg) - Selectable grating configurations - High cost performance due to long lifespan - High stability due to the use of a laser-excited white light source

• others

The latest published paper utilized Abby. This will be an online seminar featuring Associate Professor Yosuke Katsuta from the Graduate School of Advanced Science and Technology, Kumamoto University, who is also a co-founder of StapleBio. He is working on RNA hacking technology development aimed at altering the higher-order structure of target mRNA using short nucleic acids named Staple nucleic acids, with the goal of controlling gene expression. He will present the latest data focusing on the results of cell experiments and animal experiments in the development of this technology. Related paper on the lecture content: "Staple oligomers induce a stable RNA G-quadruplex structure for protein translation inhibition in therapeutics" | Nature Biomedical Engineering

[Speaker] Yoshirō Tsuruhara, Representative of Auto Insight Inc. / Technology Journalist and Editor [Key Lecture Content] The global automotive industry is undergoing significant upheaval. The term "CAST," which is bringing about even greater changes than the previously used keyword "CASE," is at the forefront. It stands for four elements: "China," which has begun to lead global automotive technology; "AI" (Artificial Intelligence), which is transforming the development process; "SDV" (Software Defined Vehicle), which is revolutionizing the creation of vehicle value; and "Trump," which is altering the rules of the world. What does the future of the automotive industry look like with CAST? [Lecture Items] 1. Current state of the automotive industry 2. The keyword "CAST" symbolizing transformation and its meaning 3. How China is dismantling the old order of the automotive industry 4. Generative AI infiltrating all development processes 5. How SDV is transforming "value creation" in the automotive industry 6. How the second Trump administration will change the rules of the global automotive industry 7. Changes in how the automotive industry generates revenue 8. Q&A

[Lecture Items] 1. Energy-saving Project for Data Centers National Research and Development Agency New Energy and Industrial Technology Development Organization Next Generation Green Data Center Technology Development Project Project Manager Toshiyuki Ando 1. About NEDO 2. Overview of the Next Generation Green Data Center Technology Development Project 3. Future of Data Centers 4. Elements Necessary for Energy Saving 5. Overview of Research and Development 6. Q&A / Business Card Exchange 2. Technology Trends of GaN Power Devices Expected to Contribute to Energy Saving in Data Centers and Other Industrial Applications Professor Noriyuki Iwamuro, Tsukuba University, Mathematical and Physical Sciences 1. Current and Future of the Power Device Market 2. Key Points in Power Device Development 3. Technologies Supporting the Latest Silicon MOSFETs 4. Why GaN Devices for Data Centers 5. Latest Technologies of GaN Power Devices 6. Differentiation Between GaN and SiC Power Devices 7. Q&A / Business Card Exchange

This is an announcement for a seminar hosted by our group company, Jemco Japan Management Co., Ltd. ■ Theme: "Mastering 'DX that Can Be Used on the Ground'! Business Reform in Management and Indirect Departments Utilizing DX" ■ Date and Time: November 12, 2025 (Wednesday) 14:00–15:00 ■ Format: ZOOM Webinar 【Seminar Content】 1. The 2030 Problem and Productivity Challenges in Management Departments 2. An Overview of Business Reform Utilizing Digital Technology 3. Automation of Routine Tasks with RPA (Power Automate) 4. Knowledge Search and Document Utilization with Generative AI × RAG 5. Implementation Examples of "Small-Scale DX" with Power Apps 6. Development of DX Talent and Internal Deployment Models If you wish to participate in the seminar, please apply using the URL below. (You will be redirected to the group company's site) *Please apply early as the registration will close once capacity is reached. https://www.jemco.co.jp/seminar/20251112dx/?lfpeid=kqbONicaYDDx&lfmaid=1000360919-5

At our booth, we will propose products that enable "improved production efficiency" and "cost reduction" through the stabilization of plastic molding. In particular, for recycled plastics, which have been gaining importance recently, the representatives of each device will explain the test results verified with demo machines conducted in-house. We will have a demo unit of the polymer moisture meter "AquaTrack V," and customers who bring samples will be able to conduct actual measurements. Larger samples, such as preforms, can also be measured as they are. *Please inquire in advance about the types of samples. Additionally, we will present a booklet titled "Dr. Plastic Molding's Rheology Lecture Notes," summarizing the understanding of material properties and predictions of viscosity and flowability, to those we speak with at the booth. We sincerely look forward to your visit. ◎ Exhibition Contents - Polymer moisture meter "AquaTrack V" (actual machine on display; demo measurements available) - Ultra-compact polymer dehumidifying dryer "Card Series" (full-size mock-up on display) - Capillary rheometer "R6000" (panel on display)