Engineering
Drawing
Create 2D drawings and engineering documentation from 3D models to communicate essential dimensions, tolerances, assembly details, and manufacturing information, so design, production, and inspection teams work from the same data.
3D Models Are the Starting Point. Manufacturing Needs Clear, Verifiable Information.
Engineering drawings turn 3D model data into engineering documentation that provides a standardized way to communicate across design, manufacturing, quality, and the supply chain.
What Is an Engineering Drawing?
An engineering drawing is a document that communicates the details of a part, product, or assembly from an engineering model to those involved in manufacturing, assembly, and inspection.
A good drawing goes beyond projected views of a part. It must clearly communicate the information needed for manufacturing, such as dimensions, tolerances, materials, surface requirements, and assembly information.
What Drawings Can Communicate
- Dimensions
- Tolerances
- Geometric Information
- Material Specification
- Surface Requirements
- Section & Detail Views
- Assembly Information
- Manufacturing Notes
From 3D Models to Shop-Floor-Ready Documentation
When drawings are linked to digital models, engineering teams can create documents and update information more systematically than when drafting separately from the original model.
3D Model
Start with a part or assembly model containing the correct geometry and design intent.
Drawing Views
Create standard, projected, section, and detail views appropriate for the part.
Dimensions
Specify the dimensions and size information needed for manufacturing and inspection.
Tolerances
Specify tolerances to control part quality and function.
Engineering Notes
Add materials, processes, surface requirements, and the specific information needed for manufacturing.
Release to Manufacturing
Release drawings and engineering documentation for use by manufacturing, inspection teams, and suppliers.
Communicate Engineering Details Beyond 2D Images
Standard Views
Create front, top, side, and projected views from 3D models to show part geometry clearly.
Section Views
Show internal details of parts or assemblies that are not visible from external views.
Detail Views
Enlarge areas requiring detailed control or containing small features for easier inspection.
Dimensioning
Specify sizes, distances, angles, diameters, and geometry information used in manufacturing.
Tolerance Information
Control part tolerances to suit their function and manufacturing processes.
Assembly Documentation
Create assembly drawings, balloons, and information for assembling products or machinery.
When the Model Changes, the Drawing Should Follow
One of the key advantages of a digital engineering workflow is linking drawings to the original model.
When dimensions or geometry change, engineering teams can more easily review and update documentation to match the latest revision, reducing the risk of drawings that do not match the model.
Clear Drawings Help Reduce Errors Between Engineering and Production
Many factory problems arise from incomplete or unclear information, or from teams using different revisions, rather than from incorrectly designed geometry.
Reduce Misunderstandings
Communicate dimensions, tolerances, and requirements so everyone involved has a shared understanding.
Reduce Manufacturing Errors
Reduce the likelihood of producing parts to incorrect dimensions or using data that does not match the design intent.
Support Inspection
Use drawings as a reference for checking part dimensions and quality.
Control Revisions
Help manage changes and reduce the risk of using outdated documents.
Support Suppliers
Provide engineering information to suppliers or external manufacturers in a structured way.
Improve Engineering Efficiency
Reduce the time spent recreating and repeatedly revising documents when design data changes.
Connect Drawings to the Product Development Workflow
Engineering documentation forms part of the product information that connects design, manufacturing, and quality.
Engineering Drawings for Industrial Applications
Machinery
Create part and assembly drawings for machinery and mechanical systems.
Automotive
Prepare documentation for components, jigs, fixtures, and production equipment.
Mold & Die
Communicate mold, die, and tooling component details for manufacturing processes.
Precision Manufacturing
Support parts that require precise control of dimensions and tolerances.
Industrial Equipment
Prepare drawings for industrial systems and equipment.
Engineering Company
Provide shared documentation for design, manufacturing, inspection teams, and suppliers.
Create Engineering Drawings from 3D Models Within a Digital Product Development Workflow
Creo Parametric supports the creation of parts, assemblies, and engineering drawings within one design environment, enabling design data and documentation to work together systematically.
Learn More About Creo Parametric →Drawing & Documentation
- Part Drawing
- Assembly Drawing
- Section & Detail Views
- Dimensions
- Tolerance Information
- Engineering Notes
- Manufacturing Documentation
Engineering Design Technology
NEXCAD focuses on technologies for CAD, product design, assemblies, and engineering documentation to help organizations build digital engineering workflows that efficiently connect design data to manufacturing.
Design to Manufacturing
- Product Design
- Assembly Design
- Engineering Drawing
- Engineering Documentation
- Manufacturing Design
- Digital Product Development
Turn 3D Models into Manufacturing-Ready Engineering Information
Connect drawings and documentation to the digital product development workflow so design, manufacturing, and quality teams work from consistent information.
Learn More About Creo Parametric →