Shock Engineering Seminar - From the Basics of Shock Engineering to Material Testing Methods and Their Applications

Video output of the analysis screen is possible! By using two high-speed cameras, three-dimensional analysis can also be performed.

The "MEMRECAM series" automatically tracks target points in high-speed recorded video files (video, still images, Raw) and allows for quantitative analysis of parameters such as speed, displacement, and area from the obtained coordinate data. By importing analog waveform data, synchronized display of waveforms, coordinates, and videos is possible, and this display can also be output as a video. Additionally, using two cameras enables three-dimensional analysis. 【Features】 ■ Tracking targets: AVI/WMV/TIFF/BMP/JPG/RAW (MCFF) ■ Tracking types: Marker automatic tracking (quadrant circles, bright points, dark points, etc.) ■ Physical quantity calculations: Displacement/Speed/Angle/Area, etc. ■ Import: Analog waveform data (up to 2MHz)/Coordinate data *For more details, please refer to the related links or feel free to contact us.

• High Speed Camera

Numerous application examples are featured! High-speed camera filming of fast phenomena greatly expands the scope of research.

A high-speed camera that captures fleeting phenomena that are barely perceptible to the eye. By using footage taken with a high-speed camera, various analyses can also be performed. This document includes numerous application examples of high-speed cameras. We introduce topics such as "welding measurement," "combustion and spray measurement," "displacement and strain measurement," and "fluid measurement" using photos and diagrams. Please feel free to download and take a look. 【Featured Examples (Excerpt)】 ■ Welding Measurement ■ Combustion and Spray Measurement ■ Displacement and Strain Measurement ■ Fluid Measurement ■ Product Drop and Impact Measurement *For more details, please refer to the PDF document or feel free to contact us.

• High Speed Camera

High-speed imaging in the high-speed domain with over 1 million pixels of high definition! High-speed camera for research and development and various testing applications.

The "MEMRECAM ACS-1" is a high-speed camera that achieves performance beyond conventional wisdom through the fusion of sensor technology and signal processing technology. By capturing phenomena in the high-speed range (50,000-150,000 fps) at high resolution, it contributes to visualization and image analysis in cutting-edge research and development. With an evolved boost mode, it enables high-quality imaging of even faster phenomena. 【Features】 ■ Captures high-speed phenomena in over 1 million pixels of high detail ■ Outstanding brightness (5 times improvement compared to conventional models) ■ USB 3.0B for high-speed downloads ■ Capable of supporting up to 256GB of built-in memory ■ Supports repeated shooting through long-duration recording or memory segmentation *For more details, please refer to the PDF document or feel free to contact us.

• High Speed Camera

Research and development, various testing support! It can be utilized in various fields and applications such as welding, combustion, and fluid dynamics.

The "MEMRECAM ACS-3" is a high-speed camera that maintains the main specifications of the "ACS-1" while achieving a compact and lightweight body. In full-frame mode at 1,280×896 pixels, it operates at 14,000 frames per second in normal mode and 50,000 frames per second in boost mode, ensuring effective area in high-speed ranges while providing mobility with its small body, making it suitable for various fields and applications such as welding, combustion, and fluid dynamics. 【Features】 ■ Supports research and development and various testing ■ Captures high-speed areas with over 1 million pixels of high definition ■ Outstanding brightness ■ Equipped with black and white HDR functionality ■ USB 3.0B for high-speed downloads *For more details, please refer to the PDF document or feel free to contact us.

• High Speed Camera

https://youtu.be/md3oISRYXLI?si=Plg35_A18l1Oemh_

In this webinar, experts in immuno-oncology, digital pathology, and clinical oncology will gather to discuss how spatial biology and advanced image analysis are transforming cancer research and healthcare. The speakers will present how multiplex immunofluorescence workflows and deep learning analysis have enabled the identification of immune niches related to treatment response, and how this approach can be extended to other cancers.

We exhibited our electromagnetic wave shielding "Y-Shield" at the "5th Sustainable Materials (SUSMA)" held at Makuhari Messe from November 12 (Wednesday) to 14 (Friday), 2025. Thanks to everyone, we were able to conclude the exhibition successfully. We acknowledge that there may have been some shortcomings at the venue. If you have any requests that we were unable to address on the day or any questions regarding our information, we would appreciate it if you could contact our representative or reach out through the "Contact Us" form on our website. We will continue to strive to meet your expectations, and we kindly ask for your continued support. [Exhibition Overview] Exhibition Name: 5th Sustainable Materials Exhibition within High-Function Materials Week [Tokyo] Official Website URL: Sustainable Materials Exhibition [Tokyo] | November 14-16, Makuhari Messe Venue: Makuhari Messe (within the booth of Maruzen Pharmaceutical Industry Co., Ltd.) Exhibition Period: November 12 (Wednesday) to 14 (Friday), 2025 Main Exhibit Content: Electromagnetic wave shielding processing utilizing plating technology.

If you are not familiar with the field, understanding the "demands from the field" will remain at the level of "problem incidents," and you will be unable to pursue the "root causes" of these incidents, leading to responses that are specific to each problem incident. If the IT department is responsible for creating systems across the company, it is necessary to acquire both ICT technology and an understanding of "the business content of the field and the ideal state of operations from a company-wide perspective." In other words, it is essential to have business knowledge, management techniques, analysis, design, establishment, and effectiveness measurement techniques, as well as data construction techniques that guide various standards and standardization. The first step is "business knowledge." First, you will acquire business knowledge and learn the ability to "understand" the demands from the field. You will prepare for the next theme, which is "learning management techniques to understand the ideal state of operations from a company-wide perspective." This course serves as a practical introductory course to that entry point.

By taking this course, you will be able to construct a BOM and set reference values. You will acquire the skills to set a BOM that includes process steps and the reference values for achieving DX.