Webinar: "The Road to ATEX - From Prototype to Final Certification"

Add-on module for explosion vents that can reduce hazardous areas.

TARGO-VENT limits the opening angle of explosion vents to protect people, vehicles, and buildings. While providing optimal protection against explosions, it allows for a reduction in hazardous areas and ensures a wider usable workspace. 【Benefits of Use】 ◆ Reduces the area required for explosion safety in front of the vent, leading to productive use of valuable work areas. ◆ The area needed for explosion venting is smaller than when using deflectors. ◆ Enables infrastructure protection at a low cost. ◆ Ensures safe routes for people and vehicle passage while achieving a reduction in the required explosion safety area. ◆ Modifications using TARGO-VENT enhance the safety of existing facilities. ◆ Using stainless copper eliminates maintenance needs and ensures a long lifespan.

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Frame-less explosion vent for dynamic vibrating machines such as vibrating screens.

【Lightweight and High Dissipation Efficiency】 The Q-Ball S type guarantees safe indoor explosion dissipation within the operating area. It effectively cools the interior of the Q-Ball S type, preventing the effects of flame propagation and explosion pressure. The Q-Ball S type can accommodate up to 265 bar*m/s (Kst value) and is a frameless explosion dissipation outlet specially developed and customized for plant components with high dynamic requirements for vibration and oscillation. With its specially designed lower structure and minimal output-to-weight ratio, the Q-Ball S type can be directly mounted onto vibration systems. By applying the newly developed spherical extinguishing efficiency, there are no costs incurred for modifications or changes. The Q-Ball S type guarantees maximum dissipation efficiency while minimizing the required dissipation area.

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Explosion venting port resistant to low to medium vacuum and pressure fluctuations.

The dome-shaped single-layer explosion vent type EDP is suitable for use in processes involving medium vacuum or overpressure (up to 70% of the minimum pressure (Pstat) when the explosion vent is open), as well as some pressure fluctuations. It is mainly suitable for air-filled devices, filters, cyclones, and containers that operate under strong vibrations. The standard burst pressure is 0.1 bar (22 °C). 【Mechanism】 As the pressure increases, the explosion vent will rupture at the designated rupture point at the specified pressure, releasing the pressure and flames from within the container or device to the outside.

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Reliable protection against gas explosions enables frameless vents without costly modifications such as creating openings in walls.

★ Reliable Protection Against Gas Explosions Are you looking for an economical solution to mitigate gas explosions without emissions and without complex additional equipment like catch baskets? That's exactly what Q-Rohr G can offer. With quick installation and minimal dimensions, it can adequately protect the system, peripheral equipment, and environment from the effects of gas explosions. You can quickly resume production even after an explosion. You only need to replace the explosion vent. Meanwhile, the Q-Rohr itself only requires refurbishment after three explosions. ▶ Mechanism Flame gases reaching up to 1,500°C are very efficiently cooled at the entrance of a special stainless steel mesh filter developed by REMBE. This reduces the amount of gas emitted and helps to quell the explosion.

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Economic shutdown of filters, dust collectors, and raw gas lines.

**Application** In the event of an explosion, the Q-Flap RX explosion isolation flap valve effectively protects plant components in almost all industrial sectors. Additionally, the Q-Flap RX is ideal for suction lines of filter dust collectors and intake lines of mills. Piping with a nominal diameter of DN400 is primarily used in decentralized extraction systems in the pharmaceutical and chemical industries, while piping with nominal diameters from DN450 to DN710 is used in centralized dust collectors in the grain and food industries. Piping with nominal diameters from DN800 to DN1250 is used in the wood and heavy industries. To meet the highly diverse demands of various industries, the Q-Flap RX product range offers three design versions. Products up to nominal diameter DN710 are equipped with inspection flaps, while products above that size feature a modular design. This allows for easy maintenance and servicing for any pipe size.

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With Q-Rohr, we provide the best possible explosion safety guarantee while using the optimal layout for your production facility.

Safety and operational efficiency can coexist. Q-Rohr enables explosion venting without flames or dust in a sealed indoor environment. There is no need for complex ducting and the associated rearrangement of production equipment for outdoor venting. With Q-Rohr, we provide the best possible explosion safety guarantee while utilizing the optimal layout for your production facility. Furthermore, Q-Rohr is also very advantageous in terms of running costs. By eliminating vent ducts, you can save not only on installation costs but also on maintenance and upkeep expenses. ▶ Applications Q-Rohr is ideal for indoor installations where there is a risk of dust or gas explosions. It offers a wide range of flexible installation options, so many new plants are directly equipped with Q-Rohr. Modifications are also easily possible. Q-Rohr can be used to protect filters, dryers, and cyclones, and is applicable for gases, hybrid mixtures, metal dust, molten dust, fibers, and more. ▶ Mechanism Flame gases reaching up to 1,500°C are cooled very efficiently within a specially developed stainless steel mesh filter inlet by REMBE. This reduces the amount of gas discharged and helps to quell explosions.

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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.