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Top 22 Computer-Aided Manufacturing (CAM) Software SaaS Companies in May 2026

As of May 2026, there are 22 SaaS companies in Computer-Aided Manufacturing (CAM) Software. They have combined revenues of $146.3M and employ 1.1K people. They have raised $675.2M and serve 100K customers combined.

Computer-Aided Manufacturing (CAM) software encompasses tools and technologies that facilitate the planning, simulation, and control of manufacturing processes. This software automates the generation of accurate toolpaths and control codes for Computer Numerical Control (CNC) machines, directly interfacing with 3D CAD models to transform digital designs into physical components. By streamlining machining operations, CAM software enhances productivity and precision in manufacturing workflows. Typical features of CAM software include toolpath generation, simulation of machining operations, and optimization tools that allow users to refine processes for efficiency. Buyers generally include manufacturers, CNC programmers, and machinists who require robust software solutions to improve production accuracy and speed. The adoption of CAM solutions is critical in sectors that demand high-quality manufacturing, such as aerospace, automotive, and industrial design.

Companies
22
Revenue
$146.3M
Funding
$675.2M
Employees
1.1K

Filters

Sorting: Highest -> Lowest

Filters

Top Computer-Aided Manufacturing (CAM) Software Companies

Showing 10 of 3 companies ranked by annual revenue.

1
Divergent 3D

Torrance, California, United States

Divergent Technologies, Inc. designs a complete software hardware solution to replace traditional vehicle manufacturing, developing an end-to-end digital production system to reform industrial-scale manufacturing.

Revenue
$72.3M
Customers
-
Year founded
2014
Funding
$627M
Team size
344
Growth
-
2
Vention

Montreal, Quebec, Canada

Provider of a browser-based digital manufacturing platform created to design, order and assemble industrial equipment. The company's platform consists of a library of structural, motion and control components, a free cloud-based 3D Machine Builder and artificial intelligence-enabled 3D constraints, enabling users to design, order and assemble custom industrial equipment directly from a web browser easily.

Revenue
$35M
Customers
100K
Year founded
2016
Funding
$48.2M
Team size
299
Growth
158.18%
3
Prolance

Bangalore, Karnataka, India

Prolance is a B2B SaaS platform for Interior Designers, Architects, Contractors and panel processing factories. Prolance for Designers/Studios/Architects Prolance helps designers design, generate accurate quotes, rendering and 2D (GFC) drawings without any manual effort. It helps save at least 40% of the time spent and minimises errors. The platform is extremely flexible and allows non-standard modules, and the ability to add your own materials, finishes and prices. You could also get your projects manufactured in world-class factories with the help of Prolance. The platform is built as a plugin on Sketchup so it is easy to learn. Prolance for Manufacturers / Panel processing factories Prolance platform automates the following reports 1. Cut List 2. Optimisation of sheet quantities 3. Bar code for packing and tracking of materials 4. Procurement list 5. Conversion to machine-ready files. Our output reports are compatible with all types of machines. Our platform has helped many factories to scale up their operations and double productivity. Check our YouTube channel at https://www.youtube.com/@prolance8195 to know more. Prolance is a trusted platform and is proud to be powering Godrej Interio, Spacewood, NoBroker, SquareYards and thousands of smaller interior firms.

Revenue
$10.3M
Customers
-
Year founded
2020
Funding
-
Team size
94
Growth
-

Inclusion Criteria

- The software must provide tools for generating and optimizing CNC toolpaths. - It should allow for the simulation of machining processes to reduce errors and improve efficiency. - The software must support integration with popular CAD programs to utilize existing designs. - It should enable users to create and modify control codes (G-code) for CNC machines. - Not just for design; it must facilitate the automation of manufacturing processes by controlling machine tools.