By reducing errors and streamlining workflows, SP3D helps companies meet tight project deadlines and budgets.
FPSOs (Floating Production Storage and Offloading), oil platforms, and drillships.
Plan views, elevations, and sectional detail drawings are cut directly from the 3D model. Because they are linked to the database, any subsequent model change updates the drawings automatically.
SP3D is designed for industries where precision, safety, and data management are critical. sp3d intergraph
: Visual feedback indicates when a drawing is out of date, ensuring that deliverables always reflect the latest design intent . Multi-Discipline Modeling
Unlike traditional file-based CAD, SP3D is , using Oracle or Microsoft SQL Server as the single source of truth. Every 3D object—from a bolt to a reactor—is a database record with attributes (e.g., material grade, procurement status). This allows multiple engineers globally to work on the same model concurrently. It also enforces engineering rules at the database level (e.g., flagging a valve placed outside its operating temperature limits), significantly reducing errors.
is an advanced, data-centric, rule-based 3D modeling software designed for engineering and design. It allows engineers to create intelligent models that store detailed specifications about every component, from a bolt to a major vessel. By reducing errors and streamlining workflows, SP3D helps
Highly technical professionals who set up the site/model environments, bulk-load the reference data catalogs, map custom symbols, configure Isogen styles, and manage database maintenance.
Outlines the data structures required to extract bills of materials (BOM), line lists, and spatial reports. Key Modules of SmartPlant 3D
In the competitive landscape of engineering, procurement, and construction (EPC), the ability to design, build, and operate industrial facilities with precision and efficiency is paramount. , often referred to as SP3D or by its modern designation (part of Hexagon PPM’s portfolio ), stands as the industry-leading, data-centric, and rule-driven solution for 3D design. Because they are linked to the database, any
In the plant design industry, SP3D primarily competes with Aveva E3D (formerly PDMS) and Bentley OpenPlant. Feature / Capability Intergraph SP3D (SmartPlant 3D) Aveva E3D (PDMS) Bentley OpenPlant Relational Database (SQL/Oracle) Proprietary File Database (DABACON) Open-source ISO 15926 (iTwin/MicroStation) Automation Highly rule-driven, auto-spec filtering Heavy reliance on custom PML scripting Flexible, easily customized via open standards Clash Detection Automated, background real-time IFD Manual or scheduled clash sessions Batch processing clash tools Learning Curve Steep; requires dedicated administration Moderate to steep; logic is highly abstract Moderate; user-friendly MicroStation base The Automation Engine: Spec-Driven Modeling
The structural backbone containing specifications, part sizes, materials, and automated engineering rules.
This article explores the core capabilities, advantages, and applications of SP3D, illustrating why it remains the premier choice for large-scale, complex projects in 2026. What is SP3D Intergraph (Smart 3D)?
In the realm of engineering, procurement, and construction (EPC) industries, particularly in process, power, and offshore projects, the need for sophisticated software solutions to manage complex design and construction workflows has never been more critical. Two significant players in this domain are Smart 3D, formerly known as Intergraph Smart 3D, and Intergraph, now part of Hexagon. This post aims to explore these technologies, their evolution, and their impact on industries that rely on detailed design and operational efficiency.