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Toho Manufacturing's electric valve and solenoid valve series. CAD data can be downloaded from this page!
The electric valve and solenoid valve series from Toho Seisakusho includes three types: general-purpose products, pressure-resistant explosion-proof products, and custom-made (special) products manufactured according to customer requests. Please download the CAD data from the link below.
![[Yura Tech] EV/Eco Car/Internal Combustion Engine Vehicle Parts](https://image.mono.ipros.com/public/product/image/49f/2000711604/IPROS15018751926329279582.png?w=280&h=280)
EV/Eco cars/Parts and sensors for internal combustion engine vehicles
[Business & Products] - Resolvers, expansion valves, battery heaters, cabin heaters, temperature sensors - South Korean Tier 1 parts manufacturer - Overseas base: China (factory) - Export country: China [Major Clients] Hyundai Motor, Kia, Hyundai WIA, Hyundai Glovis, Hyundai Mobis
We have prepared evaluation standard TEG wafers! We also accept TEG creation tailored to your needs.
We offer a standard evaluation "TEG Wafer" for PKG development, implementation method development, implementation & inspection equipment development, and material development. We also accept the production of TEG wafers (chips) tailored to your specific applications. Additionally, we have started providing substrates in size Φ300mm (12 inches). 【Standard TEG Wafer (TEG-A)】 ■Pad config: Area ■Base chip size: □10mm ■Al pad size: 100μm ■Pad geometry: round ■Passivation opening: 40μm *For more details, please refer to the PDF materials or feel free to contact us.
![[Part 2] Utilization of 3D Data in Manufacturing Sites [Materials Provided]](https://image.mono.ipros.com/public/product/image/029/2000792901/IPROS17340438602735228967.png?w=280&h=280)
Introduction of issues and solutions for the utilization of 3D CAD data in processing and assembly.
＼Part 2 Available! Click the black "Download" button to get it now／ Supervised by the developer of the 3D CAD "iCAD SX" for mechanical design, we are currently offering a free explanatory document on "3D manufacturing" in the manufacturing field (processing and assembly). If you are an Ipros member, please click the black "Download" button to obtain it. 【Part 1: Processing】 ■ Benefits of utilizing 3D in processing (without part drawings) ■ Common issues in utilizing 3D in processing planning ■ Methods for detecting geometric tolerance surfaces and dimensions with narrow tolerance ranges in 3D ■ Examples of initiatives aimed at solving the above issues 【Part 2: Assembly】 ■ Problems arising from the combined use of 3D and 2D data during the assembly stage ■ Importance of design reviews from an assembly perspective ■ Challenges such as inquiries to designers and time-consuming drafting tasks ■ Contribution to shortening lead times and knowledge transfer through parallel consideration of design and assembly ＼For a limited time only! A webinar showcasing examples of 3D utilization in manufacturing is being held (until 2025/4/3)／
I hope something like this can be made.
Development is primarily focused on considering laminating processes that use minimal adhesives, such as inline thermal lamination of polyethylene sheets. With the concept of "It would be great if we could create something like this," we are working on new product development to meet customer expectations and proposals.
Designing dedicated machines and transport equipment for improving productivity and reducing costs, as well as semi-automatic small devices and jig improvements to accommodate small quantities and a variety of products.
To meet the diverse needs of modern times, we are advancing our efforts in new technologies. However, there are specific design rules unique to our customers, so it may take some time to learn them. This is to ensure smooth business operations and to eliminate unnecessary revisions to drawings. We kindly ask for your understanding as needed. By progressing our work more quickly and accurately, we believe we can reduce costs for our customers and are committed to being of service to them through our daily efforts.
◆ Improvement of productivity, integration with automatic processing machines and assembly robots for steel frame production ◆ 3D software 'Tekla Structures'
"Tekla Structures" is a BIM software for structural detailing. By utilizing the detailed and accurate 3D models of Tekla Structures, which are modeled to a construction-ready level, unexpected costs and rework can be minimized, optimizing the entire process and enabling the realization of more profitable projects. The BIM models of Tekla software facilitate collaboration in design, fabrication, and site management, improving workflows not only in the office but also on construction sites. [Other Features] - Integrated management of all structural information from basic design to detailed design, estimation, production management, and construction on a 3D model, regardless of material or structural type. - Automatic generation of drawings, reports, and NC data from the model, allowing for reduced design time, quick and flexible responses to design changes, and the elimination of drawing inconsistencies. - Excellent operability with a GUI and graphic processing that comply with Windows standards, enabling the rapid generation of 3D models. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special website below ⇩
Structural BIM software 'Tekla Structures' enables efficient concrete pouring planning and on-site concrete construction.
"Tekla Structures" improves the productivity and quality of concrete placement planning and on-site concrete construction. ◆ The patented features specifically designed for on-site concrete work promote efficiency from preparation before construction to the actual pouring. ◆ It allows for the rapid creation of detailed 3D BIM models of concrete, enabling the calculation of accurate quantities necessary for bidding, budgeting, ordering, and on-site progress management. ◆ It is possible to perform quantity takeoffs for construction, including the amount of concrete and the quantities of rebar and embedded hardware. ◆ Monitoring and adjusting construction progress, as well as visualizing communication with other contractors, can be carried out accurately. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special website below ⇩
![[BIM Software Implementation Case Study] Forum Groningen](https://image.mono.ipros.com/public/product/image/03b/2000792358/IPROS46810496620499652464.png?w=280&h=280)
The created drawings total over 28,000 sheets! Temporary support structures used during installation have also been modeled!
The steel structure of the Forum Groningen, designed by NL Architects, consists of eight steel "masses" made of spatial trusses fixed on two concrete cores that serve as the foundation. These concrete cores are connected at the top by a bridge structure, designed to have deflections in separate directions, requiring the steel "masses" to also face in their respective directions. The detailed design, fabrication, assembly, tolerance assurance, and logistics of such a twisted structure proved to be complex, presenting significant challenges. As a result, all of the main structure, as well as the supporting structure of the facade made of natural stone that moves in three directions (2,600 tons), were modeled using Tekla. The design, modeling, production drawing creation, fabrication, and installation were carried out concurrently at two locations, but were executed on schedule thanks to the collaboration of the engineering team. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special site below ⇩
![[BIM Software Implementation Case Study] Santiago International Airport](https://image.mono.ipros.com/public/product/image/fba/2000792370/IPROS79037374634108092796.png?w=280&h=280)
The production drawings are generated directly from the Tekla model! This ensures the management and improvement of production quality and safety.
VINCI Construction Grands Projets, in collaboration with Astaldi, is overseeing the conceptual design and construction of the expansion project at Santiago International Airport in Santiago, Chile. The conceptual design began in 2015, and the construction phase, which started in June 2016, had to be completed by the end of 2020. Since this project is designed based on strict seismic standards, adapting the structure to meet these requirements has been a significant challenge. To address this, collaboration tools such as "Tekla" and "Tekla BIMsight" were used. Thanks to the ability to create highly detailed models, adjustments can be made with certainty. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special website below ⇩
![[BIM Software Implementation Case] Heating Furnace for Oil Refining Plant](https://image.mono.ipros.com/public/product/image/fa4/2000792433/IPROS99272828005239263140.png?w=280&h=280)
The model object perfectly matches the blueprint! The design team is flexible in responding to major changes!
In this project, we are engineering a heating furnace with an air preheater, platform, and auxiliary support structures. There were two major challenges in this project. The first was the need to fit equipment into the confined space of the existing plant, while also facing constraints in the work area due to project specifications and equipment requirements. Through three-dimensional modeling with "Tekla Structures," we were able to accurately understand all requirements early in the project, evaluate the pros and cons of possible options, and confirm accessibility. The next challenge arose from layout changes to the equipment that occurred later in the project, necessitating extensive additional design work that affected both structural components and auxiliary support structures. Since the model objects perfectly matched the design drawings, the design team was able to respond flexibly to significant changes, mitigate impacts on the project schedule, and proactively avoid serious issues that could arise in design and fabrication. *For more details, please feel free to contact us. ⇩ The catalog can be downloaded from the special site below ⇩*
![[BIM Software Implementation Case] Linnanmaki Amusement Park](https://image.mono.ipros.com/public/product/image/018/2000792469/IPROS51811018627928991533.png?w=280&h=280)
Modeling the foundation and ride facilities of a roller coaster, and constructing it between existing attractions!
The roller coaster at Linnanmäki Amusement Park in Helsinki, Finland, began construction in 2018 and was completed in 2019. The project was agreed to be carried out during the amusement park's off-peak season, so the demolition work started after the summer peak season and the attraction needed to be completed before the following summer. Ensuring sufficient distance from existing structures and facilities was a major challenge in determining the shape of the roller coaster, and the varying landscape due to height was also a consideration in designing the foundation. The contractor conducted extensive laser scanning of the bedrock surface at the construction site, and this information was used in the design of the foundation for excavation and the installation of stress anchors. "Tekla Structures" can incorporate laser-scanned terrain data, allowing for the design of the foundation that secures the rails based on that data. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩The catalog can be downloaded from the special site below⇩
![[BIM Software Implementation Case Study] Tokyo Skytree(R)](https://image.mono.ipros.com/public/product/image/387/2000792481/IPROS50815946267075876325.png?w=280&h=280)
Discovery and resolution of potential issues! It was also used to confirm the construction steps on site!
In Japan, a super high-rise building at 634 meters is an unknown territory, and it posed a significant challenge for Obayashi Corporation, which undertook the construction. Considering the necessity of avoiding interference through prior verification and ensuring construction accuracy, it was determined that the use of a 3D design system was essential. As a result of comparing several software options, "Tekla Structures," a structural BIM software that has been adopted by various fabricators and has a proven track record in the design of special-shaped steel structures, was selected. "We received feedback that by placing various components that attach to the tower in a 3D model and repeatedly conducting prior verification (interference avoidance), we were able to eliminate on-site correction work (rework and defect fixes) and proceed with construction smoothly." *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special website below ⇩
![[BIM Software Implementation Case Study] Sutter Medical Center](https://image.mono.ipros.com/public/product/image/7fc/2000792490/IPROS84033043886512348070.png?w=280&h=280)
Dramatically reduce on-site errors with a single 3D model! Reduce time and costs with BIM technology!
Sutter Medical Center, located in Castro Valley, California, had a schedule that was 30% shorter than comparable healthcare projects in California. This required the introduction of construction principles and technologies from lean production methods, such as BIM. "Tekla Structures" is one of the tools that enabled the integration of Harris Rebar into this process. By using Tekla, it became possible to quickly and accurately identify design and constructability issues and discrepancies, as well as to communicate with other contractors. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special website below ⇩
