Sevak Engineers logo

Sevak Engineers / 2D Profile Generation

2D Profile Generation

From 3D Scan Data to Precise 2D Drawings.

We convert 3D scanned data into dimensioned 2D engineering drawings to support laser cutting, sheet metal fabrication, and bending operations. By extracting relevant profiles and geometric information from scanned components, we help create clear digital drawing references for manufacturing. Our approach supports the preparation of component outlines, dimensions, and fabrication details according to project requirements.

Industrial curved plate with scanning equipment in a workshop

Our process

From 3D Scan Data to Manufacturing Drawings

Illustrative workflow — final drawing requirements depend on the component and manufacturing process.

3D scanned black mechanical component
01

3D Scanned Component

Begin with scanned component data that provides a digital reference for understanding the physical geometry.

Red 2D profile outline extracted from the scanned component
02

2D Profile Extraction

Identify the required component outlines and geometric features to develop the appropriate 2D profile.

Dimensional 2D engineering drawing of the component
03

Dimensioned 2D Drawing

Prepare a clear, dimensioned 2D drawing for relevant laser cutting, sheet metal fabrication, and bending workflows.

Our Capabilities

01

2D Profile Extraction

Extract relevant two-dimensional outlines and geometric profiles from available 3D scan data to support drawing preparation.

02

Dimensioned Engineering Drawings

Prepare 2D drawings with relevant dimensions and geometric details according to the component and project requirements.

03

Laser Cutting Profiles

Prepare suitable 2D profile drawing references for laser cutting applications, subject to the requirements of the manufacturing process.

04

Sheet Metal Bending Support

Support sheet metal fabrication by preparing drawing references for relevant profiles and bending requirements.

05

Manufacturing Drawing Preparation

Organise component geometry and drawing information into clear digital references to support downstream fabrication workflows.

How It Works

1

Review the Scan Data

Review the available 3D scan data and identify the component geometry required for the drawing.

2

Extract the 2D Profile

Derive the required outlines and geometric features from the available component data.

3

Prepare the Drawing

Develop the 2D engineering drawing with relevant dimensions and details based on the project requirements.

4

Review for Manufacturing

Review the drawing against the agreed requirements before using it as a reference for laser cutting, bending, or fabrication.

Applications Across Industries

Sheet Metal Fabrication
Industrial Enclosures and Panels
Mechanical Component Drawings
Laser Cutting Operations
Fabricated Structures and Assemblies
Bending and Forming Workflows
Metal Component Manufacturing
Component Profile Reproduction
Manufacturing Drawing Preparation

Why Choose Sevak Engineers?

01

Scan-Referenced Drawing Preparation

Use available 3D scan data as a reference for developing relevant 2D component profiles.

02

Dimension-Focused Outputs

Prepare drawings with the dimensions and geometric information required for the intended application.

03

Fabrication-Oriented Support

Support drawing preparation for laser cutting, sheet metal bending, and related fabrication workflows.

04

Clear Engineering References

Organise component outlines and drawing details into a format that supports manufacturing communication.

05

Application-Specific Approach

Adapt drawing preparation to the component geometry, available scan data, and agreed manufacturing requirements.

Need 2D Profiles for Your Manufacturing Requirements?

Talk to Sevak Engineers about converting your 3D scan data into dimensioned 2D drawings for laser cutting, bending, and fabrication applications.

Ask about this service