AON3D provides a platform for 3D printing high-performance parts using advanced thermoplastics and composites, including PEEK and ULTEM, through a combination of smart hardware and machine learning-driven software. This technology enables manufacturers to produce reliable, isotropic components with customizable material settings, reducing dependency on proprietary materials and enhancing production efficiency.
Funding
$14.3M 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.
+4Founders
Product
Problem
Manufacturing high-performance parts with advanced thermoplastics and composites often requires expensive, proprietary materials and inflexible hardware, limiting customization and increasing production costs. Achieving consistent part properties and high isotropy across the entire build volume remains a challenge due to process variability.
Solution
AON3D provides an open additive manufacturing platform that combines smart hardware and intelligent, machine learning-driven software to enable the production of reliable, isotropic components using a wide range of advanced polymers. The platform allows users to create functional parts with customizable material settings, reducing dependency on proprietary materials and enhancing production efficiency. AON3D's integrated system delivers a seamless user experience, from part preparation and optimization to advanced process monitoring and qualification.
Target Audience
The primary target audience includes manufacturers in aerospace, defense, and other industries requiring high-performance parts with demanding material properties, as well as engineers and designers seeking to innovate faster without the constraints of proprietary systems.
Features
- Open materials platform allowing use of any material from any supplier
- Customizable material process parameters, temperature, and motion settings
- Smart hardware with 25+ integrated sensors for automated calibration, process control, and monitoring
- Machine learning-assisted process optimization for consistent part properties
- Advanced in-process monitoring and inspection for quality verification
- Intelligent software for managing, preparing, optimizing, and qualifying parts
- High isotropy across the entire build volume, production runs, and printers