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Top 4 Computer-Aided Manufacturing Software Companies With $1M–$5M Revenue (September 2026)

As of September 2026, Latka tracks 4 Computer-Aided manufacturing software companies with $1M–$5M in annual revenue. They have combined revenues of $10.1M and employ 69 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
4
Revenue
$10.1M
Funding
-
Employees
69

Filters

Sorting: Highest -> Lowest

Filters

Top Computer-Aided Manufacturing Software Companies With $1M–$5M Revenue

Showing 4 of 4 companies ranked by annual revenue.

1PARTORY logo
PARTORY

Hradec Kralove, Hradec Králové, Czech Republic

PARTORY is a digital factory specializing in the production of custom metal parts based on technical drawings. The company aims to streamline and digitalize procurement, offering extensive manufacturing capacity.

Revenue
$4.5M
Year founded
2018
Team size
20
2Twikit logo
Twikit

Antwerpen, Antwerpen, Belgium

Twikit stands at the forefront of advanced 3D product configurator workflows linked directly to manufacturing, serving a broad spectrum of industries including retail, fashion, and automotive. Twikit's software platform specializes in handling complex product configurations, meeting detailed customization needs, and integrating smoothly with the latest manufacturing technologies. Twikit provides the flexibility and scalability your business requires to offer end-to-end, immersive product configuration experiences.

Revenue
$2.6M
Year founded
2013
Team size
24
3SecturaFAB by Stella Source logo
SecturaFAB by Stella Source

Birmingham, Alabama, United States

SecturaFAB's founding team had decades of experience creating industry leading CAD/CAM nesting solutions. During this time, they started noticing a gap in the tools available to front office teams, particularly the estimating and sales departments. Typically, these groups relied on spreadsheet calculators to estimate costs, which worked well enough for some, but the spreadsheets formulas would often break over time, or various versions of spreadsheets would be used simultaneously leading to inconsistencies across the team. Further, geometry would have to be read by other tools outside the reach of estimators, so other departments would need to provide assistance. Inaccurate quotes were costly from a margin perspective, but the inaccuracies in materials needed created headaches for production teams as well. For other companies, engineers were becoming too involved with the quoting process, which meant their time was spent on speculative work instead of value-add production. For others, a generation of experts were retiring with no one to replace them. SecturaFAB was created to solve those pain points. Without needing help from production teams, estimators themselves could create accurate quotes faster than ever. Managers could create guardrails and control profits, but more importantly, it was now easier to train new hires.

Revenue
$1.7M
Year founded
2014
Team size
15
4Assembrix Ltd logo
Assembrix Ltd

Tel Aviv, Israel

Developer of a virtualization platform created to virtualize 3D industrial printing. The company's platform oversees the entire additive manufacturing thread from the initial part model to the verified physical part and beyond along with a suite of advanced preparation tools including nesting inside the printer's volume, enabling customers to allocate and monitor manufacturing spaces of industrial 3D printers leading to a fully automated and self-controlled process, higher utilization of the printers and return of investment.

Revenue
$1.3M
Year founded
2014
Team size
10

Frequently asked questions about Computer-Aided Manufacturing Software Companies With $1M–$5M Revenue

How many Computer-Aided manufacturing software companies with $1M–$5M in annual revenue are there?

Latka tracks 4 Computer-Aided manufacturing software companies with $1M–$5M in annual revenue. Together they generate $10.1M in annual revenue and employ 69 people.

Which Computer-Aided manufacturing software company with $1M–$5M in annual revenue is the largest?

PARTORY is the largest, with $4.5M in annual revenue, founded in 2018.

How much revenue does a typical Computer-Aided manufacturing software company with $1M–$5M in annual revenue make?

The average Computer-Aided manufacturing software company in this list makes $2.5M a year, across 4 companies with reported revenue.

Who are the leading Computer-Aided Manufacturing software vendors with $1M–$5M in annual revenue?

Ranked by annual revenue, the leaders are PARTORY, Twikit, SecturaFAB by Stella Source and Assembrix Ltd.

Related CAD & PLM Software categories

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.