We will exhibit a high-speed 3D robot vision sensor for cable recognition and a rotary and orbital stirring and defoaming device at Robot Technology Japan 2022!

"Seeing" "Thinking" Robot Eyes Cable Automation Solutions Kurabo KURASENSE

The "Kurasense-C100" is a sensing device for robots that can recognize flexible linear objects, such as cables, as they are, thanks to high-speed 3D scanning and recognition technology, which was difficult for conventional sensors to achieve. It recognizes workpieces like cables without CAD matching and can identify cables by color due to its built-in color sensor. With just one LAN cable, it can connect to a wide range of manufacturers' robots and PLCs, and we propose automating connector assembly tasks, cable wiring tasks, tube piping tasks, and more with the Kurasense-C100. 【Features】 - Recognizable objects include flat cables (FFC, FPC), multi-core cables, bundled cables, optical fibers, connectors, and more. - The Kurasense-C100 can be sold as a standalone unit or as part of a robot system. - We offer free testing to see if the Kurasense-C100 can recognize your workpieces. For more details, please visit our webpage, which also features videos showcasing robot case studies.

• Other industrial robots

We support everything from research and development to production! Please consult us about the automation of the material preparation process.

The "Mazel Star" is a stirring and degassing device that simultaneously performs stirring/mixing and degassing in a short time without using stirring rods, blades, or vacuum devices, by rotating a container filled with materials in a planetary motion while also spinning it. Additionally, since the ratio of rotation to revolution can be adjusted, it is possible to set optimal stirring and degassing conditions even for materials with significant differences in specific gravity. You can choose the model based on processing capacity and application. We also propose the automation and unmanned operation of material manufacturing by combining the stirring and degassing device "Mazel Star" with an automatic weighing device. 【Features】 ■ By rotating the container filled with materials in a planetary motion, stirring/mixing and degassing can be performed simultaneously in a short time without using stirring rods, blades, or vacuum devices. ■ A rich product lineup. ■ Simple control panel for easy settings. ■ Any container can be used with an adapter (optional). *For more details, please download the PDF or feel free to contact us.

• Mixer/agitator

Thank you very much for visiting our booth at JIMTOF2026. The entire sales team is very pleased. You can view the exhibited products at the following URL: ▼JIMTOF2026 Somax Co., Ltd. Product Highlights https://www.somax.co.jp/notice02/ We are currently offering free demonstrations, including in our cleaning test room! Please feel free to contact us!

With the current processing methods and technologies, it is difficult to create complex shapes, integrated structures, lattice/honeycomb structures, porous structures, hollow structures, hybrid structures, and direct manufacturing from 3D data. Furthermore, through topology optimization and collaboration with generative design, we can achieve the creation of innovative aluminum parts that are not available from conventional or other companies, rapid development and prototyping of parts, dramatic reduction in the number of parts, ultra-lightweight and compact designs, cost reduction, and significant decreases in the number of processes and personnel involved. In this seminar, leading users such as J·3D, ODEC, and pioneers in white copper, who have achieved remarkable results in aluminum part manufacturing using metal 3D printers, will discuss key points and precautions for implementation and utilization, various manufacturing methods and technologies, rapid, low-cost, high-quality manufacturing techniques, uniquely developed next-generation AM technologies, groundbreaking case studies that significantly differentiate from other companies' parts, as well as factors for failure and secrets to success. Based on numerous research results and rich manufacturing achievements, we will provide a clear and concrete explanation for those considering implementation, beginners with interest, and those who have just started in the field. [Currently, half-price tuition] When applying, please write "Other [8,500 yen]" in the "Other" section above the application form on our website.

Kou Alpha X Co., Ltd. will be exhibiting at the "6th Nagoya Smart Logistics EXPO" held at the Aichi Prefectural International Exhibition Center. At our booth, we will primarily showcase the actual model of the "HAIDI lithium-ion battery," which is gaining attention as a power source for electric drive equipment. Additionally, we will reference exhibit a "Mobility Base Unit," which serves as the base for electric wheelchairs, anticipating its use in AMRs, along with manual chargers, automatic chargers and connectors compatible with both contact and non-contact charging, and peripheral devices for electric vehicles. We look forward to your visit.

UVM (Universal Verification Methodology) is one of the verification methods that enables advanced verification flows for ASICs and large-scale FPGAs. However, writing UVM from scratch is a complex and time-consuming task. The UVM generator in Riviera-PRO reduces complexity by automatically generating SystemVerilog templates for UVM test benches and simulation scripts for designs written in VHDL, Verilog/SystemVerilog, rather than starting from scratch. This webinar will focus on how to use the UVM generator and the benefits it brings to users who create UVM code from scratch.

The RTCA/DO-254, published in 2000, serves as a guideline for the development of airborne electronic equipment equipped with FPGA/ASIC according to standards; however, in recent designs, its content has become outdated. EASA and FAA have aimed to harmonize compliance standards, and at the same time, issued AMC 20-152A/AC 20-152A as new objectives that DO-254 applicants should meet. This webinar will introduce an overview of this new document, as well as discuss its impact on the design and verification processes of airborne electronic equipment and appropriate tools for streamlining these processes.