[SSOO Nut Adoption Case] Solving issues of slippage and disengagement during high torque tightening! Introducing the speaker cover parts of a car door.

Attention those struggling with spinning or pulling out nuts embedded in resin! Introducing outsert nuts that protect resin components and allow for high torque tightening.

"Do you have any of these concerns?" - When tightening conventional insert nuts, they can spin or come loose... - I am looking for an insert nut that can be embedded after resin molding... - I want to reduce the number of screw parts for weight reduction... - Brass insert nuts are expensive due to material and processing costs... With the 'SSOO Nut', these concerns can be resolved. 【5 Features】 ● A shape that is resistant to spinning, preventing damage to resin products ● Can be heated instantly by high-frequency vibrations, allowing for post-embedding ● Excellent pull-out strength enables reduction in the number of screw parts and weight reduction ● Uses a widely distributed material (SWCH10R), eliminating worries about material cost fluctuations ● High-speed production through forging and rolling. Allows for cost-effective mass production compared to machining *For detailed information about the SSOO Nut that can solve your concerns, please view the catalog available for download or feel free to contact us.

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Supports high-level torque tightening! Introducing case studies of SSOO. *Case studies are featured in the SSOO Technical Report available now.

Here is a case study of the adoption of high-torque compatible insert nuts (SSOO nuts). Adoption location: Speaker cover parts of a car door Target resin: PP-TD30 (Polypropylene Talc 30%) [Challenges before introduction] - We were looking for an insert nut that could withstand high torque tightening. [Deciding factors for introduction] - After conducting comparative tests with products from other companies, the SSOO nut was adopted because it demonstrated the highest strength. [Effects after introduction] - Since it can withstand high torque tightening, there is no occurrence of nut spinning or loosening. *For more details, please refer to the technical report digest available for download or contact us directly.

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By reducing the number of screw components, we have achieved a weight reduction of approximately 17%! Here are examples of the adoption of SSOO nuts. *SSOO nut technical report available.

Here are some examples of adoption that contributed to weight reduction with the high pull-out strength of SSOO nuts. <Adoption Example 1> Adoption Location: Hydrogen discharge parts used in hydrogen fuel cell vehicles (4 SSOO nuts, M6 size, used per unit) Target Resin: PP-TD30 (Polypropylene Talc 30%) [Challenge] ■ To reduce the number of screw components for weight reduction (previously 6 per unit) [Solution] ■ High pull-out strength enabled the reduction of the number of components used [Effect] ■ Reduced the number of screw components to 4 per unit ■ Achieved a weight reduction of 8g (approximately 17%) for screws <Adoption Example 2> Adoption Location: Automotive filter components (2 SSOO nuts, M6 size, used) Target Resin: New material resin using plant-derived fibers (PP) [Challenge] ■ To reduce the number of screw components for weight reduction (previously 3) ■ Insufficient strength of the new material resin causes it to spin under the specified torque with conventional products [Solution] ■ High pull-out strength enabled the reduction of the number of components used ■ High torque resistance performance meets the specified torque requirements [Effect] ■ Reduced the number of screw components to 2 ■ Achieved a weight reduction of 4g (approximately 17%) for screws

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Adopted for automotive intercooler parts and other resin components! Introducing examples of SSOO nut applications. *SSOO nut technical report available.

Here are some examples of cases where SSOO nuts were adopted due to their high torque resistance performance. <Adoption Case 1> Adoption Location: Automotive intercooler parts (3 SSOO nuts, M6 size used) Target Resin: PA66-GF35 (Polyamide 66, 35% glass fiber) [Challenges] ■ Need to tighten resin parts with high torque ■ Knurled type insert nuts slip when tightened too much [Solution] ■ Meets requirements with high torque resistance performance ■ No worries about slipping or coming loose [Effect] ■ Protects resin parts from damage <Adoption Case 2> Adoption Location: Turbo engine vehicle intercooler parts (2 SSOO nuts, M6 size used) Target Resin: PA-GF35 (66 nylon, 35% glass) [Challenges] ■ Requirement for tightening with high torque ■ Knurled type insert nuts experience slipping and coming loose [Solution] ■ Meets requirements with high torque resistance performance ■ No worries about slipping or coming loose [Effect] ■ Protects resin parts from damage *An intercooler is a component used to cool air compressed by a supercharger (such as a turbo or supercharger).

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From "strong" to "cheap"? We achieved cost reduction for EV cars with a small nut. Let me share the secret!

"Cheaper" even a little. "Lighter" even a little. The SSOO nut has contributed to cost reduction for EV vehicles with its performance. ■ High torque compatible heat-pressed insert nut (outsert nut) 'SSOO Nut' Application: Electric component cases for EV vehicles Number used: 19 pieces per unit Initially set usage number during the development stage: 23 pieces per unit. With the strong fastening power of the SSOO nut, we reduced the number from 23 to 19 while ensuring sealing performance. ● Achieved cost reduction Cost reduction was realized by reducing the number of components. - Cost reduction due to the reduction in the number of nuts - Cost reduction due to the reduction in the number of bolts - Cost reduction due to the reduction in tightening work hours ● Achieved weight reduction → Also effective for improving fuel efficiency of EV vehicles - Weight reduction of 20g per unit just from the nuts - When combined with bolts, achieved more than double the "lightness" - Space reduction for fasteners allows for miniaturization of parts → Further weight reduction is possible The SSOO nut has achieved high pull-out strength and torque resistance. For more details on the "required pull-out strength" and "required free rotation torque" of this case, please feel free to contact us.

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Swallow Incubate Co., Ltd. has launched the Swallow Incubate Tech Blog, a technical site covering the implementation of liveness detection, face recognition and image processing. Developers who design and build face recognition systems have told us they lack the information needed to judge which technology to choose and what it can and cannot do. In particular, face recognition and liveness detection (protection against presentation attacks) are separate technologies - a point that is often recognised only at the implementation stage. The blog publishes that material. Our editorial rule is that every article carries implementation code and measured results. It is organised into three categories: Liveness Detection, OpenCV for C++, and OpenCV for C#.

"Why does back-office work take so much effort?" you might wonder, yet you have no time or leeway. Furthermore, are you feeling pressured by the expectation of "handling everything without mistakes"? Even when you finally muster the courage to say, "Let's implement a system!" and start moving forward, you may find yourself exhausted by the process of requesting materials, comparing options, and attending demos (about an hour per company...), leading you to pause and ask, "Which one is actually right for our company?" This is a common reality. Additionally, after implementation, you might encounter situations like "I didn't check the support system, and now I can't call for help when I need it" or "After introducing multiple systems, I lost track of who to contact in case of trouble," leading to the feeling of "This isn't what I expected." If you're feeling stuck in such a situation... In this column, we focus specifically on the back-office departments of "General Affairs, Labor, and Management Planning," and based on the voices and trends we've heard through our daily proposal activities, we will introduce the "Top 5 Common Problem-Solving Cases." You can read more without needing to input personal information. Please visit the iBusiness Partners column page! https://ibp-column.sfsite.me/38885

The quality of lighting poles is significantly related not only to their aesthetic appeal but also to safety and durability. Since these products are exposed to wind, rain, and UV rays outdoors, it is crucial to process the materials accurately and join them while maintaining strength. Laser cutting is characterized by its ability to precisely process complex shapes and fine holes based on CAD data, while minimizing burrs and dimensional errors on the cut surfaces. When the components fit together accurately, it leads to improved assembly precision and overall product finish. Additionally, laser welding is a technique that can firmly join metals while minimizing distortion and deformation caused by heat. However, to achieve high-quality processing, it is essential not only to have the performance of the equipment but also the knowledge and experience of technicians to set conditions according to the materials and shapes. What specific benefits do laser cutting and laser welding provide to support the safety and durability of lighting poles? On the homepage of Kando Industry, you can find a more detailed explanation of the importance of laser processing in the production of lighting poles. For more details, please refer to the related link.

Thank you for your continued support of Panorama Memo. We would like to inform you about our support "Summer Holiday Schedule." Holiday Period: August 8, 2026 (Saturday) to August 16, 2026 (Sunday) Responses to inquiries received during the above period will be addressed sequentially starting from August 17, 2026 (Monday). We appreciate your understanding and cooperation.

We have introduced Majesta Fragrance to a cabaret club located in Yokohama, enhancing the atmosphere with scent throughout the establishment. This time, to deliver the fragrance evenly across the entire floor, we have installed the 'MF-02S' in both the main floor and the VIP room. From the first impression upon opening the door to the special time spent at the table, we have created a space where you can feel an exquisite sense of relaxation and luxury. The chosen fragrance is "Freesia Pear." The sweet freshness of European pear combined with the transparent notes of freesia creates an elegant and vibrant impression. Just like customer service and interior design, the "scent of the space" is an important factor that determines the prestige of the establishment. Majesta Fragrance also offers free trial installations. If you are interested in enhancing the scent of your space, please feel free to contact us.