With a focus on constructability and coordination, Techture offers detailing services for all types of steel—delivering precise shop drawings, anchor bolt plans, connection details, and sequencing layouts to streamline fabrication and erection.
Contact UsOur highly accurate structural steel detailing services convert engineering designs into construction-ready models & shop drawings. This detailing process incorporates every important steel element, such as columns, beams, trusses, bracings, frames, stairs, ladders, platforms, handrails, gusset plates, and connections, accurately modeled and documented for seamless production and installation. Using industry-leading tools such as Tekla Structures, Autodesk Revit, Advance Steel, and SDS/2, we create highly coordinated steel models that adhere to international standards, including AISC, NISD, BS, and IS codes. We develop data-rich 3D steel models with accurate dimensions, member sizes, connections, weld details, bolt patterns, splice locations, CAM data, and fabrication-level clarity, from these detailed models, we create precise shop drawings, GA drawings, assembly drawings, single-part drawings, bolt/hole lists, cutting lists, NC files, and material take-offs. Every detail is verified to ensure constructability, installation feasibility, and alignment with architectural, structural, and MEP coordination.
We also run clash detection, conduct coordination reviews, and resolve interface issues before they reach the site to streamline fabrication & on-site execution. Our robust QA/QC checks minimize errors in drawings, maintain consistency, and enable fabricators to produce steel components with confidence. With our steel detailing expertise, we benefit clients by eliminating fabrication delays, reducing rework, and ensuring smoother erection sequencing right from modelling and coordination to final delivery.
Techture has provided accurate BIM modeling services since 2014, and has completed more than 1,100 projects for 350+ clients. Our goal is to help our clients translate design ideas into clear, coordinated digital models that support improved decision-making, save time, and money.
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At Techture, we follow a standard process and workflow for every BIM-related task, which is then monitored by our in-house Technical Team of expert Coordinators. The BIM model is detailed to incorporate all the construction execution information, including fabrication components. Once the Design BIM Model has been prepared at the LOD 300 stage, we carry out stringent processes of Clash Detection and Model coordination. This ensures that the model is accurate, coordinated, and compatible for subsequent fabrication processes and suitable to be taken to the LOD 400 stage.
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The shop drawings are generated using 3D BIM Models and hence are consistent with no scope of manual errors. If there are any updates to the model, the plans, sections, details and schedules all update in real time, ensuring correct data in every construction document.
The shop drawing process creation can be automated for a lot of disciplines, ensuring that all the outputs are generated extremely fast and according to a set of defined rules and standards.
Since we build virtual, we put in a lot of thought into value engineering and planning into how costs, delays and wastage can be reduced. Use of BIM based shop drawing workflows encourages off-site and prefab construction which also contributes to a more sustainable project.
Consistent Drawings
The shop drawings are generated using 3D BIM Models and hence are consistent with no scope of manual errors. If there are any updates to the model, the plans, sections, details and schedules all update in real time, ensuring correct data in every construction document.
Quick and Accurate
The shop drawing process creation can be automated for a lot of disciplines, ensuring that all the outputs are generated extremely fast and according to a set of defined rules and standards.
Build Offsite
Since we build virtual, we put in a lot of thought into value engineering and planning into how costs, delays and wastage can be reduced. Use of BIM based shop drawing workflows encourages off-site and prefab construction which also contributes to a more sustainable project.
Trusted, Reliable, and Committed
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Steel Detailing Services involve the creation of detailed drawings and models for the fabrication and erection of steel structures. This includes specifying dimensions, materials, welding details, and connections, ensuring accurate and precise construction of steel components.
BIM plays a crucial role in steel design by enhancing accuracy, efficiency, and collaboration throughout the project lifecycle. Through detailed 3D models, BIM ensures consistent and error-free shop drawings, automates processes for quick and precise outputs, and facilitates off-site fabrication by seamlessly updating drawings with model changes. The technology also aids clash detection, model coordination, and communication with on-site contractors, reducing constructability issues. In industrial design, BIM assists in defining accuracy levels, executing projects successfully, and adopting technologies like Laser Scanning for enhanced efficiency and documentation, making it an integral tool in optimizing steel design and engineering processes.
Certainly, the steel design process can be effectively automated through computational design tools and parametric modeling. Generative design and parametric modeling enable the creation of diverse design options based on specified parameters, optimizing for factors such as material use and cost. Automation extends to structural analysis, code compliance checks, connection design, and even quantity and cost estimation. Techture's use of BIM exemplifies how automation in shop drawing creation and off-site fabrication can ensure consistency, real-time updates, and overall efficiency. While human expertise remains crucial, automation significantly accelerates the steel design process, enhancing precision and sustainability.
Steel design through BIM facilitates seamless off-site fabrication by integrating 3D models with the entire design-to-fabrication workflow. Techture, a specialist in steel structures, ensures that any changes made to the BIM model are automatically reflected in corresponding fabrication drawings, reducing errors and rework. This centralized connection streamlines communication between design and fabrication teams, optimizing efficiency and productivity. By generating detailed and up-to-date fabrication drawings directly from the 3D models, Our approach simplifies the off-site fabrication process, enhances collaboration among stakeholders, and contributes to a more efficient and cost-effective construction process.
Certainly, steel design is highly versatile and applicable to a variety of projects. It is commonly used in building construction, bridges, and infrastructure due to its strength and flexibility. Industrial facilities, oil and gas structures, power plants, and agricultural buildings often incorporate steel for structural support. In addition, steel is employed in sports arenas and aviation structures, showcasing its adaptability across diverse industries. The ability to efficiently span long distances and resist environmental conditions makes steel a preferred choice for a wide range of construction projects.
BIM ensures precision in steel construction through its detailed 3D models and systematic processes. Techture, specializing in steel design, employs BIM for accurate shop drawings by incorporating real-time updates from the 3D models, eliminating manual errors. The BIM model undergoes rigorous clash detection and model coordination, ensuring accuracy and compatibility for subsequent fabrication stages. This meticulous approach, carried out up to the LOD 400 stage, minimizes constructability issues and delays. Additionally, BIM supports off-site fabrication by automatically reflecting changes in the 3D model in corresponding fabrication drawings, maintaining accuracy throughout the construction lifecycle.
Steel design is extensively applied in industrial projects, showcasing its versatility and strength. It is commonly used in constructing industrial buildings, manufacturing plants, and processing facilities, providing a robust framework for heavy machinery and equipment. In power plants, steel structures support infrastructure for both traditional and renewable energy facilities. The oil and gas industry relies on steel for offshore platforms, refineries, and pipelines due to its durability in challenging environments. Steel design is integral to mining infrastructure, water treatment plants, metal foundries, aerospace manufacturing facilities, and automotive plants, showcasing its widespread use across diverse industrial sectors.