Generates automated work instructions for complex mechanical assemblies by integrating CAD files with 3D renderings, interactive animations, and detailed text descriptions. This reduces the time required to create assembly documentation from weeks or months to hours or minutes, enabling faster production and knowledge retention without major process changes.
Funding
$3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
ACSVFounders
Product
Problem
Creating work instructions for complex mechanical assemblies is traditionally a time-consuming process, often taking weeks or months to complete. This delay hinders production speed and makes it difficult to retain critical knowledge within the organization.
Solution
Dirac's BuildOS automates the generation of work instructions for complex mechanical assemblies by integrating CAD files with 3D renderings, interactive animations, and detailed text descriptions. This allows manufacturing engineers to create comprehensive assembly documentation in hours or minutes, significantly accelerating production cycles. BuildOS also captures tacit knowledge over time, ensuring that new hires and future generations retain manufacturing mastery. The platform integrates into existing workflows without requiring major shop upgrades or process changes, allowing technicians to view animated work instructions within BuildOS or on traditional physical formats.
Target Audience
Dirac's BuildOS targets manufacturing engineers in industries that demand excellence, scalability, and precision, including aerospace, defense, automotive, and agriculture.
Features
- Automated work instruction generation from CAD files
- 3D renderings, interactive animations, and text descriptions for clear guidance
- Tacit knowledge capture to retain manufacturing expertise
- Compatibility with existing shop floor setups and processes
- Support for both digital and physical formats for work instruction delivery
- Rapid completion of high-volume, low-variation assemblies
- Tightened feedback loops for complex assemblies