Iprosu AI 2026 will be exhibited from July 29 (Wednesday) to July 31 (Friday), 2026.

An intuitively operable interface! Reducing the development costs of autonomous mobile robot systems!

"@mobi" is a software package that enables the functionality of autonomous mobile robots, reducing the development costs of such robots. It can be applied to robots of various shapes, sizes, and drive methods, achieving high-precision control both indoors and outdoors, as well as on uneven terrain. In addition to the standard specification package, we can also kit it for your transport carts. For example, by incorporating it into an Automated Guided Vehicle (AGV), you can develop an Autonomous Mobile Robot (AMR). 【Features】 ■ High customization capabilities - Kitting for customer controllers is also possible - REST API is available, allowing for the creation of unique customer applications ■ Easy operation - Automatic route generation and combined route settings with virtual lines are possible ■ Compatible with a wide variety of autonomous mobile robots - Environments: factories, indoors, outdoors, uneven terrain, etc. - Shapes: wheels, crawlers, independent two wheels, steering, etc. ■ Reliable support - Our experienced engineering team supports the realization of your systems * A renewed promotional video is currently available for free! * For more details, please access the "Related Links" below, and be sure to check it out.

• Software (middle, driver, security, etc.)

High-reliability wireless transmission and reception device compliant with ISO13849-1! Control from long distances using the 920MHz band.

The product is a wireless transmission and reception device "@seguro wes" that complies with functional safety standards enabling safe wireless emergency stops. It can be used in combination with either a contact transmitter that connects to safety devices such as waterproof, rechargeable remote controls, light curtains, and door switches, or a receiver installed on the machine to be stopped. It is suitable for installation in locations away from the main unit or outdoors, and antenna separation is also possible. 【Reasons to Choose This Product】 ■ Obtained ISO 13849-1 conformity certification from the Japan Quality Assurance Organization ■ High-reliability abnormal monitoring functions such as wireless communication interruption monitoring and power supply monitoring to prevent loss of stop control ■ Wireless communication in the 920MHz band allows for minimal interference and control from long distances ■ Built-in relay for emergency stop makes it easy to implement wireless emergency stops for various devices ■ Relay devices enable expansion of communication areas and countermeasures for dead spots in radio waves *If you wish to request a free rental, please feel free to contact us. *For more details, please refer to the PDF materials. Inquiries are also welcome.

• Communications

High-precision 3D scanning just by walking. A field-complete handheld 3D laser scanner that even beginners can handle.

The @mapper is a handheld 3D laser scanner that utilizes the technology developed by PAD in autonomous mobile robot development. By simply holding the device and walking, the user can continuously scan the surrounding environment and generate 3D point cloud data on the spot. 【Main Features】 - Easy operation suitable for beginners - Measures a wide area just by walking - Completes 3D data generation on-site With laser measurement and motion correction using an accelerometer, it achieves scan quality with minimal blur and distortion even while measuring on the move. Additionally, it employs a low-power consumption algorithm to process data in real-time without using a GPU. No post-processing is required after measurement. It can be used both indoors and outdoors, enabling rapid 3D digitization of factories, construction sites, and infrastructure facilities.

• Distance measuring device
• 3D measuring device
• 3D CAD

"gPROMS Formulated Products Crystallization Workshop" Target Audience: • For those interested in crystallization modeling with gPROMS Overview ・Date: July 1 (Wednesday) 13:00–17:30 ・Format: Virtual classroom via remote Teams ・Language: Japanese *The text will be in English only. Details will be provided after registration. ・Machine: Exercises will be conducted on a virtual machine using gPROMS. Internet access and a personal laptop are required. Further details will be provided to registered participants later. ・Cost: Free *Registration may be declined for competitors or those using free email addresses.

We regularly conduct training and workshops on our products. The schedule for May to July is as follows: May 29 (Monday) Introduction to ProcessBuilder May 30 (Tuesday) Custom Modeling with gPROMS June 26 (Monday) Introduction to gCRYSTAL July 31 (Monday) Introduction to ProcessBuilder We hope you will join us.

In the manufacturing industry, while a lot of quality and process data has been accumulated, there are still many cases where its value is not fully utilized. In this seminar, two companies will introduce examples of using JMP to engage in data analysis and improvement activities. 【Presentation Overview】 1. "Unraveling the 'Personality' of Batteries!" Utilizing "Raw Data" for "Proactive Quality" Hasegawa Kaoru and Shimada Kohei from Energy With Co., Ltd. 2. Why Can't We Find the Root Cause of Defects? ~Data-Driven Improvement Practiced with JMP~ Tsuji Ikumi from Atfields Technology Co., Ltd. 【Target Audience】 - Individuals involved in quality control, quality assurance, production technology, and manufacturing technology in the manufacturing industry. - Those who want to utilize quality data and process data to work on quality and process improvements. - Anyone interested in data analysis and quality/process improvement using JMP (both JMP users and non-users are welcome). ▼Details & Registration https://www.jmp.com/ja/events/seminars/non-series/2026/09-18-manufacturing

In the automotive and aerospace industries, there is an urgent and critical challenge to improve fuel efficiency, leading to active development of materials and component manufacturing technologies aimed at further weight reduction. Uchida Co., Ltd., which boasts high technical capabilities in the molding and processing of CFRP (carbon fiber reinforced plastic) with excellent characteristics such as lightweight, high strength, high rigidity, corrosion resistance, and heat resistance, has introduced the first CFRP-compatible large pellet 3D printer "Heron AM" from Caracol, aiming for innovation for the future and energetically working on circular component shaping and manufacturing. In this seminar, COO Junpei Ochiai will practically explain, using videos, the motivation for the introduction, CFRP molding and component shaping technologies, reduction of personnel involved in the molding manufacturing process, examples of achieving low costs through re-resourcing of molds after use, comparisons with conventional methods and case studies, efforts to reduce carbon dioxide through material circulation, initiatives for a circular economy, and commissioned shaping services.

Global Information, in collaboration with the research company BIS Research, will host a free co-sponsored webinar titled "Latest Market Trends and Application Development of Thermal Interface Materials (TIM): Exploring Growth Opportunities for Next-Generation Materials from Market Forecasts." ■ Content This webinar will provide practical insights for decision-makers on areas where the demand for thermal interface materials (TIM) is accelerating, applications that will drive the next wave of growth, and how material innovations are reshaping product development and competitive positioning. ■ Language Japanese and English. *The presentation will be conducted in English (with Japanese subtitles). ■ Speaker Speaker: Dhrubajyoti Narayan, Principal Analyst at BIS Research ■ Agenda *The schedule/content below is subject to change. 1. Cross-Industry Challenges in Thermal Management: Demand and Market Outlook 2. Evolving TIM Landscape 3. TIM Applications and Product Fit Across Industries 4. AI Data Centers: High-Performance Computing (HPC) and Emerging TIM Requirements 5. Competitive Trends and Strategic Outlook