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Top 245 3D Design Software SaaS Companies in May 2026

As of May 2026, there are 245 SaaS companies in 3D Design Software. They have combined revenues of $1.7B and employ 17K people. They have raised $2.3B and serve 95.2M customers combined.

3D Design Software encompasses a category of applications that allow users to create, modify, analyze, and optimize designs in three dimensions. These tools are pivotal in industries such as architecture, engineering, product design, and entertainment, where precise and detailed modeling is essential. The software facilitates a range of functionalities, including modeling, simulation, rendering, and collaboration, enabling users to visualize their concepts and iterate designs effectively. Typical features of 3D design software include parametric modeling, which allows for changes through dimensional adjustments, and rendering capabilities that generate lifelike visualizations. Users can engage in processes like 3D printing preparation and virtual testing of designs before production. Common user personas include product designers, engineers, architects, and game developers, all of whom leverage these tools to develop innovative solutions and create detailed representations of their ideas.

Companies
245
Revenue
$1.7B
Funding
$2.3B
Employees
17K

Filters

Sorting: Highest -> Lowest

Filters

Top 3D Design Software Companies

Showing 10 of 2 companies ranked by annual revenue.

1
GRAITEC

Paris, France

Graitec provides designers and detailers with an optimal working environment with tools to create construction projects.

Revenue
$400M
Customers
100K
Year founded
1986
Funding
$15M
Team size
281
Growth
33.34%
2
LivSpace

Bengaluru, Karnataka, India

Livspace is a technology-driven home interior design and renovation company founded in 2014, providing interior design and renovation services through a technology-enabled platform in Singapore and India.

Revenue
$164.8M
Customers
-
Year founded
2015
Funding
$367.6M
Team size
7.8K
Growth
15.43%

Inclusion Criteria

- Must enable 3D modeling of complex geometries - Should include rendering capabilities for visualizing designs - Must support features for simulation and analysis of design functionalities - Should allow for collaboration and sharing of designs among multiple users - Not just for basic drawing; must provide advanced features like parametric design and CAD integration - Should offer compatibility with 3D printing processes and technologies - Must cater to professional-grade design, suitable for industries like architecture, engineering, and gaming.