Integrating the buildings while ensuring smooth flow to improve work efficiency 【Contributing to increased productivity and the smooth operation of production lines!】
The "Connection Construction Method" refers to a technique where a new building (or an extension) is constructed between two or more existing buildings that are located apart from each other, aligning the floor levels to integrate the previously independent structures. This construction creates pathways between areas that were originally separate buildings, leading to expected benefits such as improved productivity and smoother production lines. [Recommended for such factories!] ■ Want to make the most of existing buildings ■ Want to create connections between each building that stands independently on the site *For more details, please refer to the PDF document or feel free to contact us.
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【Construction Case Study】 On the vast site, buildings for each department were constructed with space in between. Some of the buildings did not meet the new seismic standards, so seismic reinforcement work was carried out. At the same time, we planned an expansion of the loading area (large canopy) to create a work space between the buildings that would not be affected by the weather. The expansion was to be carried out around the existing buildings, but due to the complex floor shape, the construction was divided into two phases. The buildings that underwent seismic reinforcement were equipped with vertical brace reinforcements, and several new roof sections were fitted with ribbed FRP skylights to create a well-lit workspace. *For more details, please refer to the PDF document or feel free to contact us.*
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For more details, please refer to the PDF document or feel free to contact us.
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Yoshizawa Architectural Structural Design Co., Ltd. is a comprehensive design office that consistently handles everything from planning and design to construction and after-sales service for factory rebuilding and renewal in-house. There are various reasons for wanting to renew an aging factory or introduce new equipment, but the current situation is that production cannot be halted, and moving to a temporary factory incurs costs, leading to a decrease in productivity, among other challenges. Our company avoids a decline in operational rates associated with rebuilding by using methods such as "Cover Build," which involves constructing steel frames over the existing factory while keeping the production equipment in place, and "Separate," which divides the construction period into phases like Phase 1 and Phase 2. Additionally, to understand the potential damage a building may suffer during an earthquake, we conduct various seismic surveys, including crack investigations, concrete strength assessments, and rebar layout measurements. Based on the survey results, we propose seismic reinforcement plans. We support the preservation of a company's assets, including buildings, machinery, materials, and products. Furthermore, we ensure the prompt recovery and continuity of operations. Our goal at "Yoshizawa" is to provide total support from seismic diagnosis to reinforcement.
![[Construction Example] Converting a single-story factory into a two-story factory while maintaining the equipment.](https://image.www.ipros.com/public/product/image/af7/2000358614/IPROS62900705568520782457.jpeg?w=280&h=280)
![Factory Reconstruction Method "Separate Method" [Achieving Reconstruction Without Stopping the Line]](https://image.www.ipros.com/public/product/image/73c/2000358652/IPROS54858621843728473421.jpeg?w=280&h=280)
![[Construction Case] Rebuilding the factory without extinguishing the "big pot" fire.](https://image.www.ipros.com/public/product/image/36e/2000358620/IPROS85175866401762570684.jpeg?w=280&h=280)
