AutoCAD Plant 3D Features

Design your project in 3D

Produce 3D visualizations without any integrating hardware.

Ability to create 2D and 3D drawings of your structure.

Ability to edit designs with a WYSIWYG editor

Create and animate the sequences of steps, materials and building crews needed to construct your building.

Allows users to create relationships between objects so design changes are dynamically updated

Allows users to save and share work in one project

Ability to import and export 2D and 3D files to the platform so your team can update designs and collaborate as needed.

Add keynotes, tags, dimensions and more to your document.

Store various types of documents within this platform.

Ability to create models of various systems that need to be integrated into the structure.

Add reinforcement to vital points in the model of your structure.

Ability to detect clashing elements, such as electrical conduit or ductwork that run into a beam.

Allows users to utilize grading tools to design finished ground surfaces

Allows users to calculate cut and fill earthwork quantities between two surfaces.

Allows users to generate text based on a text prompt.

Condenses long documents or text into a brief summary.

Provides the ability to generate 3D renderings from a text prompt.

Define and manage rules for plant design purposes, such as collision avoidance and equipment overutilization.

Assist with designing the physical structure of a plant, including production line design and manufacturing layout.

Provide a library of components for plant design, such as equipment, electrical and utilities networks, and work stations.

Create 3D models of plants and factories that display their physical structure as well as components like equipment.

Help validate palnt designs through stress simulation and process modelling scenarios.

Use digital twins to create a digital copy of a plant which can be used to simulate design changes and process adjustments.

Allow users to create a virtual tour of the factory or plant which can be shared with stakeholders.

Simulate manufacturing, material handling, and logistics processes to identify bottlenecks and safety concerns.

Enables manufacturing engineering teams to use 3D models of products, equipment, and labor to simulate manufacturing processes

Enables manufacturing engineering teams to use 3D models of plant operations

Integrate with manufacturing software such as CAD, PLM, ERP, and manufacturing exectuion systems (MES).

Support multiple types of data from multiple sources and provide a single repository for all data.

Import and export multiple types of documents such as CAD files, technical specifications, 2D and 3D models.

Deliver insights related to plant design, and identify challenges as well as opportunities for improvement.

Provide role/permission controls for secure collaboration across project teams

Store, manage, and share all design, documentation, and project data in one unified environment

Track and forecast costs across the building lifecycle, from design to construction and beyond

Generate accurate material takeoffs, project cost estimates, and budgeting reports

Detect and resolve conflicts between electrical systems and other building components

Provide tools for designing and modeling electrical systems (power distribution, wiring, panels)

Support seamless integration of electrical systems with mechanical and plumbing (MEP) designs

Offer simulation tools for electrical load analysis, capacity planning, and fault detection

Integrate electrical models with BIM and CAD platforms for holistic project collaboration

Enable integration with circuit design tools for detailed schematics and layout coordination