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Top 2 Computer-Aided Manufacturing Software Companies With $5M–$10M Revenue (September 2026)

As of September 2026, Latka tracks 2 Computer-Aided manufacturing software companies with $5M–$10M in annual revenue. They have combined revenues of $10.8M and employ 165 people.

Every company below sells Computer-Aided manufacturing software to other businesses and is ranked by its most recent annual revenue. Revenue, funding, headcount and customer figures come from CEO interviews on the Latka podcast, public company filings, and Latka estimates where a company has not disclosed a number.

What Computer-Aided Manufacturing Software Companies do

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
2
Revenue
$10.8M
Funding
-
Employees
165

Filters

Sorting: Highest -> Lowest

Filters
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Top Computer-Aided Manufacturing Software Companies With $5M–$10M Revenue

Showing 2 of 2 companies ranked by annual revenue.

1Paperless Parts, Inc. logo
Paperless Parts, Inc.

Boston, Massachusetts, United States

Provider of a smart marketplace intended to offer custom parts and make manufacturing more accessible. The company's smart marketplace uses proprietary technology tools, to eliminate all costs associated with sourcing and quoting, leverages technology in three core areas: geometric file interrogation, machine learning, and supplier-driven activity-based costing, enabling developers to get instant quotes, place orders in minutes and get their parts in days.

Revenue
$5.5M
Year founded
2017
Team size
130
2Atomic Industries logo
Atomic Industries

Detroit, Michigan, United States

The world's first AI powered tool and die maker

Revenue
$5.3M
Year founded
2019
Team size
35

Frequently asked questions about Computer-Aided Manufacturing Software Companies With $5M–$10M Revenue

How many Computer-Aided manufacturing software companies with $5M–$10M in annual revenue are there?

Latka tracks 2 Computer-Aided manufacturing software companies with $5M–$10M in annual revenue. Together they generate $10.8M in annual revenue and employ 165 people.

Which Computer-Aided manufacturing software company with $5M–$10M in annual revenue is the largest?

Paperless Parts, Inc. is the largest, with $5.5M in annual revenue, founded in 2017.

How much revenue does a typical Computer-Aided manufacturing software company with $5M–$10M in annual revenue make?

The average Computer-Aided manufacturing software company in this list makes $5.4M a year, across 2 companies with reported revenue.

Who are the leading Computer-Aided Manufacturing software vendors with $5M–$10M in annual revenue?

Ranked by annual revenue, the leaders are Paperless Parts, Inc. and Atomic Industries.

Related CAD & PLM Software categories

All CAD & PLM Software SaaS categoriesEvery category we track inside CAD & PLM Software, each ranked by revenue.Browse every SaaS industryThe full A-Z of SaaS categories Latka tracks, from Computer-Aided Manufacturing to everything else.

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.