トリンブル・ソリューションズ List of Products and Services

Have you ever heard the term "digital twin"? The digital twin, which creates a complete digital replica of real-world objects, is gaining global attention, particularly in the manufacturing and construction industries. This document provides a clear explanation of the concept of digital twins, their role in the construction industry, and the benefits of integrating digital twins with BIM, among other noteworthy backgrounds. If you are interested in industry reforms such as construction DX, please read on. [Contents (excerpt)] ■ Diverse applications of digital twins ■ Digital twins and the construction industry ■ BIM and digital twins are a perfect match ■ Benefits of digital twins *For more details, please download the PDF or feel free to contact us.

• 3D CAD

To promote DX in Japan's construction industry, the Ministry of Land, Infrastructure, Transport and Tourism is actively encouraging the spread of BIM/CIM, leading many companies, including major general contractors, to adopt BIM one after another. BIM is expected to provide innovative solutions as a trump card to solve the complex challenges faced by the construction industry, such as defects in the design phase, rework during construction, and delays in project timelines. This article will thoroughly explain the significant advantages that BIM brings to designers, contractors, and clients, detailing its specific benefits and utilization methods from a functional perspective. By exploring the potential of BIM, you may find new solutions to the challenges your projects face. If you are considering the introduction of BIM, please use this as a reference. [Contents (Excerpt)] ■ Definition of BIM: BIM is not just a design tool ■ Centralized management of all information ■ Data consistency ■ Prevention of errors and reduction of rework and correction tasks *For more details, please download the PDF or feel free to contact us.

• 3D CAD

"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 ⇩

• 3D CAD

"Tekla Structures" allows for the construction of 3D models of precast concrete structures and enables the management of various information related to manufacturing and construction on a BIM model. By creating 3D models of concrete and rebar components, it can be utilized from basic design to structural calculations, detailed design, site construction, and management, achieving improvements in productivity and cost reduction. In the 3D model, it is possible to check in advance the intersections between rebars, the interference between rebars and steel frames, and the interference with equipment, thereby eliminating issues on site. The placement, joints, and anchoring of rebars can be automatically generated simply by specifying the parameters of the provided components, allowing for accurate tracking of material quantities. From the model, necessary drawings and documentation for manufacturing and construction, such as axis diagrams, rebar detail drawings, and rebar processing drawings, are automatically generated, enabling quick responses to design changes and avoiding inconsistencies between design information and manufacturing drawings. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special site below ⇩

• 3D CAD
• 2D CAD Construction
• antenna

"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 ⇩

• 3D CAD
• Other CAD
• 2D CAD Construction

"Tekla Model Sharing" is a BIM collaboration tool that dramatically enhances the productivity of Tekla Structures users and is being implemented in projects around the world. ◆ Project stakeholders located at different sites can edit the model simultaneously without interfering with each other's work. ◆ It is a sharing technology that enables collaborative design work even in offline environments. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special site below ⇩

• 3D CAD
• 2D CAD Construction
• antenna

By downloading the PDF, you can view the catalog for the structural BIM software 'Tekla Structures' (Steel Detail Modeling) and case study articles on its use in Japan. (If the PDF button is not displayed) ⇩ Case study articles can be downloaded from the special site below ⇩

• 3D CAD
• antenna
• 2D CAD Construction

By downloading the PDF, you can view the catalog for the structural BIM software 'Tekla Structures' <Concrete Detailing Modeling> and case study articles on its use in Japan. (If the PDF button is not displayed) ⇩ You can download the case study articles from the special site below ⇩

• 3D CAD
• 2D CAD Construction
• antenna

In the November 29, 2024 issue of the "Daily Construction Communication Newspaper," a case study from our client was featured. "First in Japan to Apply 'Approval Within BIM Model'" The major general contractor, Takenaka Corporation, has completely eliminated traditional 2D detailed drawings and was the first in Japan to apply "Approval Within BIM Model." "We accomplished everything with the Tekla model instead of creating detailed drawings. The approval process has been shortened for both the general contractor and the steel fabricator due to the approval within the model, leading to a reduction in the creation of detailed drawings," they discussed the effects. For more details on this initiative that overturns the conventional wisdom of "not relying on drawings," please check out the article.

• antenna

On May 31, 2023, our customer's case study was featured in the BIM special edition of the "Daily Construction Communication Newspaper." "Standardization within the Company using Tekla" Shobutani Co., Ltd., a steel fabricator, is recognized as a pioneering company with nearly 20 years of experience in implementing Tekla. In the published article, they shared their journey with Tekla and their future outlook. Please take a look. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special site below ⇩

• antenna
• 2D CAD Construction
• 3D CAD

Choosing which BIM software to select is a very important factor related to a company's competitiveness. There are many points to consider when selecting a BIM solution and many things to confirm with each vendor, but we have summarized the six most important points in a checklist. Please make use of this when implementing BIM. 【Content (Excerpt)】 《check1》Sharing BIM information among project participants 《check2》Efficient modeling and flexible response to design changes 《check3》Smooth editing of BIM models for large projects ⇩ You can download the continuation of the checklist and details from the special site or the PDF button below ⇩

• 2D CAD Construction

The Tampere Deck Arena project is part of a large-scale development taking place around the central station of Finland's third-largest city. The construction of a unique activity complex that has emerged above the railway tracks in downtown Tampere was a highly unusual and challenging project even on an international level. The scale of construction, the complexity arising from various design requirements, the number of stakeholders involved, and overlapping responsibilities were challenges for the project, but these issues were resolved by combining various BIM models. One of the challenges faced by the designers was the coordination of interference issues that would have been unmanageable without the use of BIM for a project of this scale. By utilizing BIM, adjustments to the structures around the railway tracks and the positioning of ceilings and equipment were carried out without any problems. A large number of engineers participated in this project, and advanced BIM software was helpful when explaining construction decisions. Additionally, the use of BIM software allowed designers and other project stakeholders to focus on key tasks such as design and project management.

• 3D CAD
• 2D CAD Construction
• antenna

Omnicon Corporation was responsible for the detailed design of the framework and equipment supports for Dryden Aqua, one of the largest manufacturers of glass filtration systems. Advancing design and technical development simultaneously was a challenging task, but by using Tekla Structures, the design of all steel components was carried out accurately, and the assembly work on-site was completed without any issues. All steel components and mechanical parts were modeled in 3D, and this information was utilized in the manufacturing process as well. By sharing the project details with all stakeholders, it became easy to implement changes, and the work at the construction site proceeded smoothly. The key to success was the reduction of work time through process optimization. Not only the BIM model but also all drawings and documents for production were created using Tekla Structures, eliminating unnecessary time spent on confirming design changes and modifications. All components, from beams, columns, trusses, and hoppers to stairs, ladders, railings, and checker plates, were inputted into Tekla Structures.

• 3D CAD
• 2D CAD Construction
• antenna

The Integrated Transport Center is the largest investment project of the Lublin city government, and as part of this, the contractor Budimex has constructed a new bus station along with the reconstruction of the transport system. The company responsible for this impressive steel structure is Mostostal Kraków. The highlight of this project, the Lublin Metropolitan Bus Terminal's roof, is a representative landmark of Lublin, with the weight of the steel columns and truss sections with crowns totaling approximately 1550 tons. Its artistic appearance is composed of precise processing techniques and complex welding. MTA Engineering was responsible for the structural calculations, and the design engineering department of Mostostal Kraków led the detailed design work. The station's roof was designed as a spatial structure, supported by diagonal columns. All 3D models, including production drawings and work process documents, were created using Tekla Structures.

• 3D CAD
• 2D CAD Construction
• antenna

This construction is a renovation project for the Agora Evry Arena, which was built as an auditorium in 1970. At that time, it was a complex project that required high technical skills, and the expertise of the Bordan Châtauneuf team was necessary for the construction. The first challenge of this project was to recreate the design model of the existing building from scratch in order to add a new structure. The modeling was based on a manual created by Bordan Châtauneuf in 1970. Using point cloud data obtained from a 3D scan of the existing structure, the components were adjusted by a few centimeters. It was confirmed that the measured point cloud data had position information very close to that of the actual building. This "research" faced several unexpected challenges, but despite the difficulties, it became possible to continue working by utilizing Tekla ModelSharing.

• 3D CAD
• 2D CAD Construction
• antenna

Fulton Hogan Quarries undertook a project to renovate the crushing and screening plant at the Blue Rock Quarry located in Cedar Creek, Queensland, Australia. The Blue Rock Quarry is situated approximately 50 km south of Brisbane's city center. The objective of this project was to expand the production capacity of the crushing and screening plant to meet the anticipated increase in demand for aggregate and road base products. Proindustrial Construction Company (Portugal) closely collaborated with contractors NascoTech and Southern Cross Engineering to carry out the civil works and structural design of the steel structures for this complex facility. The company was also responsible for creating various types of drawings and documents used in steel fabrication, including detailed designs for connections and joints, as well as shop drawings. Although this was a challenging project that required design collaboration between remote locations in Australia and Portugal, significant achievements were made thanks to the use of Tekla Structure and the dedicated efforts of the participating team members.

• 3D CAD
• 2D CAD Construction
• antenna

The new Lappenloch Bridge is a single-track prestressed concrete bridge, with a total length of 66 meters for the superstructure. Since the Durnbiller Aach River flows beneath the bridge, it was necessary to use free-span formwork for construction, and a seating area was provided under the abutments. Additionally, due to the very narrow surrounding roads and limited access, the development of a lightweight formwork system was required. The maximum weight of each component at the top of the arch is limited to about 4 tons, and the total length of components that can be transported via existing roads is up to 12 meters. To address these stringent challenges, a slightly inclined arch-shaped steel pipe truss was adopted. This lattice truss is connected to the cross members to enhance load-bearing performance and is reinforced with tie rods to ensure the static load-bearing capacity of the concrete. All process planning from assembly to dismantling was carried out using "Tekla Structures." *For more details, please feel free to contact us. ⇩ The catalog can be downloaded from the special website below ⇩

• 3D CAD

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 ⇩

• 3D CAD

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 ⇩

• 2D CAD Construction

We would like to introduce a case study on the introduction of BIM software for the Santiago Bernabéu Stadium renovation project. The new fixed roof, which uses over 9,000 tons of steel, consists of two trusses spanning 177 meters in length and four cross trusses measuring 144 meters in length. This roof is retractable and splits into two panels that slide over the inner cross trusses. The panels are made up of five air-inflatable cushions measuring 72×7 meters, positioned between six steel hybrid trusses with a span of 72.5 meters. Additionally, during the assembly process, the main truss, which served as a guide for the other trusses, transmits vertical loads to two new evacuation towers on the west side and two linked pendulums integrated into the building on the east side, while completely isolating horizontal loads from the existing structure. The redevelopment of the stadium also includes the installation of a video scoreboard. *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 ⇩

• 3D CAD

The "Azeri Central East (ACE) Project" has become the second largest and most important project for AZFEN. By utilizing advanced tools of Tekla software, such as custom components (streamlining customizable modeling features), templates, and macros, the project has successfully achieved an efficient design process. The project focuses on the production and drilling at the new 48-slot site, as well as a distribution platform located at a depth of 140 meters between the existing Central Azeri and East Azeri platforms. Additionally, the project includes an infield pipeline that transports oil and gas from the ACE platform to the existing ACE Phase 2 transportation pipeline. *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 ⇩

• 3D CAD

In August 2019, part of the roof of the Morenaar Stand at AFAS Stadium collapsed due to strong winds. Fortunately, there were no matches taking place, and no injuries were reported, but the damage was significant. There was a design flaw in the structural joints, with insufficient thickness in the welds, and damage from strong winds experienced in the past contributed to the collapse. At the end of 2019, ASK Romein was selected for the design and structural engineering, and they began collaborating with BAM Bouw en Techniek. BIM was maximally utilized throughout the engineering process, enabling clear communication among project stakeholders and seamless interaction between different software. Since there are many points of contact between the existing structure and the new structure, point cloud data measured with a 3D scanner is being used in the engineering and assembly processes. *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 ⇩

• 3D CAD
• antenna
• 2D CAD Construction

Pinnacle has been appointed as the structural engineering consultant to support the development and structural engineering of safe and reliable boat landings (docks) off the coast of the Netherlands. The main engineering challenge was to install the boat landing on the existing jacket between the sea surface and the platform's "spider deck." The company evaluated the design, as well as wind, wave, tide, and impact conditions, and then analyzed the structure of the boat landing to carry out detailed design using "Tekla Structures." By involving the steel fabricator, vessel operators, and installation and rope access contractors from the structural design and detailed design stages, reliable work was carried out in the manner recommended by the main clamp and frame installation contractors. The cost efficiency was very high, and despite the challenging conditions, there were no accidents, and no modifications were needed on-site. *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 ⇩

• 3D CAD
• antenna
• 2D CAD Construction

In 2013, Sandvik received a project from their client Boral for a quarry located in Pepper Tree. The factory, located in Sydney, Australia, is equipped with six crushers, nine screening machines (vibrating screens), a conveyor belt approximately 3.4 km long, and a fully automated loading system. This project was one of the more complex ones undertaken by the company. The main challenge was integrating the complex new equipment into the existing factory, which had not been designed for it, and not all existing blueprints were available. By importing from other applications, utilizing past Tekla models, and performing rough modeling of the remaining parts, a complete three-dimensional model of the factory was reconstructed in "Tekla Structure" using the existing model and drawing information. Scanning the existing factory with Trimble's 3D laser scanner made it possible to compare the model with the actual factory, serving as the foundation for the design of the new equipment. *For more details, please feel free to contact us. ⇩ The catalog can be downloaded from the special website below ⇩

• 3D CAD
• antenna
• 2D CAD Construction

In the project for the steel structure design of the boiler building and the work and inspection platform for the waste heat recovery boiler implemented in Kazinbarcika, Hungary, we have carried out the basic design, detailed design, and creation of documentation for the structure. We undertook the basic design of the boiler building, detailed design including the outer walls, external stairs, and joints of the platform, as well as the creation of documentation for manufacturing. The main platform is equipped with grating, and there are stairs and ladders installed between each platform for movement routes. The entire structure is painted, with only the grating and stair steps galvanized, and the weight of the steel frame is 150 tons. *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 ⇩

• 3D CAD
• antenna
• 2D CAD Construction

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 ⇩*

• 3D CAD
• antenna
• 2D CAD Construction

"Birgstad Financial Park" was constructed as an office building for SpareBank 1 in Stavanger, Norway. The above-ground structure uses wood (a natural, renewable, and locally sourced material) as the primary load-bearing element. The floors are made of cross-laminated timber panels, supported by laminated beams and columns. The main wooden components are designed with strength in mind, and through high-precision processing, most of the wood can be directly joined without the use of metal fasteners, thereby shortening the construction process. Thanks to the advanced modeling technology of "Tekla Structures," the beams not only achieve aesthetic beauty but also meet practical requirements. *For more details, please refer to the PDF document or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special website below ⇩

• 3D CAD
• antenna
• 2D CAD Construction

The two platforms of the Johan Sverdrup oil field are designed and manufactured by the Norwegian company Aibel. Currently, the company's massive project is transitioning from a shipyard in the tropical region of Thailand to the rough seas of the North Sea. This project faced challenges such as compliance with standard requirements in the oil and gas industry and the integration of Tekla software with existing solutions. To address these challenges, experts in three-dimensional design using Tekla software collaborated to successfully semi-automate the drawing creation process with Tekla. They generated accurate information in a data format suitable for collaboration with machine tools, achieving up to 95% efficiency in the company's production labor and quality. *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 ⇩

• 3D CAD
• antenna
• 2D CAD Construction

SteelPro 4 s.r.o. undertook the basic design, general layout creation, and modeling of all connections for a steel structure 3D model of a solar receiver (MSR) with a total weight of approximately 900 tons and a height of 36 meters. The main steel structure will be completed, including secondary structures such as platforms, various walkways, and supports for equipment. Appropriate solutions were required to resolve technical space requirements and interference with the structure. A significant reason for the success of this project was the sharing of the 3D model among members of different professions, which not only allowed for progress tracking but also enabled close collaboration among stakeholders. Additionally, the structure was divided into production units in line with the delivery schedule, and the 3D model was provided to steel trading companies and steel fabricators. This made it possible to create drawings both at the manufacturing plant and on-site. *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 ⇩

• 3D CAD
• antenna
• 2D CAD Construction

The new national soccer stadium, "Tehelné Pole Stadium," is a project with the largest investment level in the modernization of Slovakia's soccer stadiums to date. The new stadium is being built on the site of the old Tehelné Pole Stadium, maintaining the surrounding environment. The stands feature a cantilever roof made of membrane structure, a cutting-edge technique, which covers the entire stand to provide shade and protect against inclement weather. This cantilever roof is composed of a truss structure, with individual components supported by reinforced concrete foundations. The construction of this new stadium has become a unique and highly challenging project in terms of its distinctive shape and structural complexity. *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 ⇩

• 3D CAD
• Modeler
• 2D CAD Construction

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⇩

• 3D CAD
• 2D CAD Construction
• Modeler

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 ⇩

• 3D CAD
• 2D CAD Construction
• Modeler

Helsinki Gramofoni is a residential building made of precast concrete structures, supported by a footing foundation on a 5/6-story ground. The construction company Skanska has begun to realize that models from a different design sector are very useful. For example, "Tekla Structures" was used for site management and schedule management. "The company was seeking reliable construction management and effective schedule management, as well as a way to eliminate inconsistencies and mistakes from design. Building Information Modeling provides undeniable benefits in this regard," said the company's development director. *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⇩

• 3D CAD
• 2D CAD Construction
• Modeler

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 ⇩

• Software (middle, driver, security, etc.)
• 3D CAD

Inspired by the Easter egg of a Russian jeweler, the stadium designed features integrated walls and a roof that shine in the sunlight, attracting attention as a beautiful stage. The stadium is a steel structure with a gently curved, massive shape, requiring advanced technology for calculations of beam nodes and dimensions of joints with the basic structure. Additionally, during the modeling process, Mostproekt discovered that the size of the joint components posed transportation issues and conducted simulations on the Tekla model to create alternatives. As a result, by manufacturing products that consider shipping conditions, potential troubles were prevented. "Tekla Structures" played a significant role in solving such issues. *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 ⇩

• 3D CAD
• 2D CAD Construction
• Modeler

We would like to introduce the construction of coal-fired power generation facilities in the Republic of Chile, South America, which Mitsubishi Heavy Industries, Ltd. received an order for in 2006. Chile, the manufacturing site, is located exactly on the opposite side of the Earth from Japan. The time difference, geographical distance, and different languages pose significant obstacles to information communication in design, manufacturing operations, and their process management. To address this, the company utilized "Tekla Structures" to accumulate and manage all information from design to manufacturing within a single 3D model. By doing so, they maintained consistency of information between the design site in Japan and the manufacturing site in Chile, aiming to reduce rework and inconsistencies in design and manufacturing operations. *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 ⇩

• Software (middle, driver, security, etc.)

The new wastewater treatment facility being constructed in Blominmäki, Espoo, Finland, has a high processing capacity and can remove 99% of phosphorus from water. This facility, which has buildings and storage tanks installed on a site of over 10 hectares, utilizes Nordic construction methods for underground excavation. The project is diverse and presents many challenges, while also featuring a very interesting design. The biggest challenge has been managing the vast amount of data handled in the project. The design employs numerous modeling software, including "Tekla Structures" and "Trimble Connect." Additionally, all structural design is carried out based on BIM and is modeled in greater detail than the level of detail (LOD) specified by Finland's COBIM. *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 ⇩

• 2D CAD Construction
• 3D CAD
• Modeler

This project connects two reinforced concrete structures using steel trusses with concrete slabs on each floor. The complexity of the joints in the steel structure, as well as the joints between the steel and reinforced concrete structures, increased due to their shapes and angles, becoming a challenge for the project. By maintaining open communication among the design architects, structural engineers, and fabrication team, we were able to smoothly discuss and adopt appropriate solutions even for very challenging aspects of the overall steel construction. 【Case Overview】 ■Challenges - Complexity of the joints in the steel structure - Increased complexity of the joints between the steel and reinforced concrete structures due to their shapes and angles ■Result: We were able to adopt appropriate solutions *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⇩

• Software (middle, driver, security, etc.)
• Other CAD related software

The ICD Brookfield Place Tower, with 54 floors and a height of 282 meters, was constructed at the Dubai International Financial Centre. Considering the complex shape and the precision required at each construction stage, the steel structure design using Tekla played a crucial role in the project's success. "Tekla BIMsight" was widely used to identify interference points in the design by contractors for the roof and facade, equipment vendors, concrete contractors, and other stakeholders, and the detected interference points were resolved during the design phase. Adjusting the unique and complex steel structure was a challenging task, but BIM facilitated smooth coordination with the design and other stakeholders, as well as the generation of fabrication drawings, contributing to successful construction on schedule. *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 ⇩

• Software (middle, driver, security, etc.)
• Other CAD related software

The development project of Tripla, located in the center of Pasila, Helsinki, the capital of Finland, utilizes BIM tools for various design tasks. The project's procurement team efficiently calculates quantities of construction materials by leveraging the BIM model. "Tekla Structures" allows for the aggregation and classification of cost estimation information under various conditions, enabling the visualization of costs at detailed levels, such as by work process or contractor, which aids in accurately understanding estimated prices. Additionally, the Tekla model has achieved significant results in examining the feasibility of construction, such as investigating the delivery routes for escalators to be installed within the building. [Case Overview] ■ Implementation Site: Tripla Project (Helsinki, Finland) *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⇩

• 3D CAD
• 2D CAD Construction
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The redevelopment of the Karasuyama Racecourse is a project to construct world-class facilities. The company responsible for the project is handling everything from design to detailed design, manufacturing, and the construction of the main viewing stand roof using a 45-meter cantilever beam. The very complex roof shape had significant restrictions on deflection and allowable tolerances, but by utilizing "BIM" and "Tekla Structures," they conducted precise detailed design that considered the use of fabrication drawings. [Case Overview] ■ Challenge: The very complex roof shape had significant restrictions on deflection and allowable tolerances. ■ Results - Achieved precise detailed design that considered the use of fabrication drawings. - Tekla is very effective for designing buildings with large curves, like the Karasuyama Racecourse. *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 ⇩

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This project is an industrial initiative boasting the highest level of safety, modeled through seamless collaboration among designers from various countries, utilizing "Tekla Structures" and "Tekla Model Sharing." In addition to preliminary quantity calculations, estimate creation, and determining the pouring sequence, adjustments to rebar placement with rebar processing contractors, material quantity calculations, site layout, monitoring of progress and costs, and HVAC design were all conducted using Tekla Structures, which also incorporated plumbing design as a reference model. By using Tekla models to collaborate with other departments, not only can a clear image of the actual construction site be obtained, but detailed change information can also be verified, allowing for the avoidance of conflicts and the reduction of rework and additional costs. Modeling not only deepens the understanding of the design process but also enables more extensive and flexible technical decisions than ever before, significantly shortening the time required. *For more details, please refer to the PDF document or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special website below ⇩

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Tripla is a large-scale project located in the Pasila district, consisting of a mixed-use area in Block 3, which includes the construction of the Tripla Mall, offices, apartments, hotels, and the renovation of Pasila Station. The success of the project can be attributed to the open attitude of all stakeholders towards BIM and digitalization, adopting an experimental approach. Various software products and technologies have been tested and utilized in the project. In cases where existing solutions are not available, custom solutions and methods have been established to support this large-scale development project. The construction of the BIM model and model-based visualization played a crucial role not only in negotiations among various stakeholders but also in marketing. [Case Overview] ■Challenge: The enormous data size of the design model ■Response: Dividing the model into units and separating the published model and documentation from the actual building's solid model *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⇩

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The Länsimetro is a subway line that connects the city of Helsinki with the neighboring city of Espoo. The construction of eight new stations, each with its own unique characteristics, has enabled passengers to travel using the subway. To realize this large-scale project, the engineering company A-Insinoorit began the design work in 2009. It was clear from the outset that BIM was necessary to manage the construction of the underground stations, which have various aspects. Multiple CAD programs were used for design and equipment planning, but structural design was fully implemented using "Tekla Structures." 【Case Overview】 ■ Implementation Site: Subway Extension Line Länsimetro (One of the largest infrastructure projects in Finland) ■ Implemented Product: Tekla Structures *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⇩

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This project is a construction project for a 55,000-ton storage facility that includes a conveying system used during the unloading of spodumene. The unloading equipment is designed to transport 500 tons per hour during loading and 2,000 tons per hour during unloading. The facility will store spodumene extracted from Talison Lithium's Greenbushes mine, which will be loaded onto large ships using the conveying system after storage. 3DE Global, the company responsible for this project, conducts detailed design of world-class steel structures and SRC structures. By collaborating with project management offices around the world and a production center in India, it is also easy to handle large-scale and complex projects. Every task is thoroughly checked by the company's experienced inspectors, ensuring high-quality deliverables. *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 ⇩

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