We will be exhibiting at the Wakayama Prefecture Ken Sanpin!

No need for temporary scaffolding! Even when multiple projects overlap, significantly reduce construction days and costs. *We will be exhibiting at the construction materials fair!

The "Spider Drilling Method" uses extremely small and lightweight drilling machines, allowing for the construction of rebar insertion work while reducing temporary construction. Since a crane type does not require temporary scaffolding, it can be removed immediately after rebar insertion. It is effective when multiple types of work overlap, such as reverse construction. Additionally, it demonstrates its strength when there are restrictions on traffic regulations or usage time at the base of slopes. It can significantly reduce lead time between different types of work, as well as construction costs and duration. 【Features】 ■ No temporary scaffolding required. Minimal temporary construction is sufficient. ■ Effective when multiple construction works are congested. ■ Suitable for slope work and measures against landslides in steep areas. *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Other civil engineering works
• Civil Engineering Method

Environmentally friendly large-diameter boring method effective for steel pipe pile construction and temporary work in narrow spaces.

The "Mast Drilling System" is a large-diameter boring method consisting of a rotary drilling machine (mast drilling machine) installed on an auxiliary mast and a crane (mast drilling crane) that suspends the drilling tools. By supporting the load of the crane with the auxiliary mast, the system reduces the crane's load, enabling either miniaturization of the crane or expansion of the working radius. A significant feature is the ability to freely attach and detach the crane and auxiliary mast. The construction method involves selecting the appropriate system from three drilling methods (air rotary method, down-the-hole hammer method, mud rotary method) based on site conditions. It addresses various challenges faced in conventional large-diameter boring projects, such as the desire to minimize the working space and reduce environmental impacts like noise, vibration, and dust. 【Features】 ■ The crane and auxiliary mast can be freely attached and detached ■ No noise or vibration is produced ■ No industrial waste is generated ■ Dust generation is minimized ■ The working space is small *For more details, please refer to the catalog or feel free to contact us.

• Civil Engineering Method
• Special Construction Method
• Systems Architecture

We will be exhibiting at the "Construction Technology Exhibition 2026 Kinki" to be held at Intex Osaka from October 28 (Wednesday) to October 29 (Thursday), 2026. On the day of the event, you will be able to see actual products, services, and demonstrations, so we invite you to come to the venue for this opportunity. We sincerely look forward to your visit. Exhibited Products: ● Health Management Solution "GenVital LTE" ● Integration System of "GenVital LTE" and "FACEma" ● Generative AI Site Monitoring System 【Related Press Release】 ● Weather Information Service for Construction Sites "KIYOMASA PRO" Event Dates: October 28, 2026 (Wednesday) 9:30 AM - 5:00 PM October 29, 2026 (Thursday) 9:30 AM - 4:45 PM *Exhibited products may be added or changed without notice before the event.

We are pleased to announce that Gywood has been recommended as a featured building material in the special project "Recommended Building Materials" at the Housing Business Fair within the comprehensive exhibition for housing, architecture, and real estate [BREX Kansai]. We will be exhibiting in the "Recommended Building Materials and Equipment" zone, where professionals from the field gather to showcase their recommended materials. We invite everyone to stop by and visit us.

Seminar Overview As the labor shortage in manufacturing sites becomes more severe, the labor costs and time losses associated with the "transportation" of products and components, as well as "cleaning" within factories, have become critical management issues that cannot be overlooked. In this webinar, we will introduce the latest use cases of "Autonomous Mobile Robots (AMR)" and "Commercial Cleaning Robots" that achieve productivity improvements in manufacturing environments. We will specifically address questions such as "How are other companies operating these technologies?" and "What kind of cost reduction effects can be expected after implementation?" by providing concrete explanations of actual before-and-after scenarios and operational flows. Factory managers and members of production technology and DX promotion departments who want to advance automation and efficiency on-site are encouraged to participate! Recommended for: - Those who are unsure about where to start with automation, labor reduction, and DX in their factories. - Those who want to alleviate labor shortages on-site and focus resources on core operations to improve productivity. - Those who want to stay updated on the latest trends in the use of transportation robots (AMR) and cleaning robots.

Our representative, Koichi Yokoyama, will be speaking at an online seminar scheduled for November 27 (Friday). Participation is possible from anywhere in the country. We hope you will join us! 【Event Overview】 Date: November 27, 2026 (Friday) 13:00 - 15:05 (Deadline: November 25, 17:00) Venue: Online (Zoom) / Participation Fee: Free (Pre-registration required, lottery system) Organizer: Otsuka Shokai Co., Ltd. 【Session Details (14:05 - 14:35)】 "What Does Reliable Data Creation Mean? - Insights from Certified Public Accountants and Tax Accountants on Creating Trustworthy Data Before Relying on AI" We will discuss the quality and reliability of data that influences AI outcomes, covering points such as "Considerations for Practicing DX" and "Data Integrity and Authenticity" from the perspectives of certified public accountants and tax accountants, to lay the groundwork for safely utilizing AI. *Applications from competitors or similar industries may be declined. *Inquiries: Otsuka Shokai Co., Ltd. Seminar Office (ai-datasuishin@otsuka-shokai.co.jp)

We will hold the first technical seminar on lightweight embankment construction methods and glass foam recycled materials in Sendai City, Miyagi Prefecture. Registration is limited to the first 126 applicants. "Technical Seminar on Lightweight Embankment Construction Methods and Glass Foam Recycled Materials" 【Program】 1. Lightweight Embankment Construction Method (1) What is lightweight embankment material? (2) Information on lightweight embankment materials (3) Application range (4) Construction achievements (5) Workability 2. Glass Foam Recycled Materials (1) What are glass foam recycled materials? (2) Features (3) Design soil constants (4) Considerations for design and construction (5) Application examples On February 12, 2027 (Friday), the "Technical Seminar on Lightweight Embankment Construction Methods and Glass Foam Recycled Materials" will be held at the Sendai Conference Center, 8th Floor, 2-2-10 Chuo, Aoba-ku, Sendai City, Miyagi Prefecture, as a CPD accredited program by the Japan Society of Civil Engineers (2.7 units). As there are only 126 spots available, please register early. For details and registration, please refer to the attached file.