AON3D
AON3D is a Montreal-based company specializing in industrial 3D printing solutions, focusing on machine learning-driven software and high-quality North American made hardware to enhance the reliability and quality of 3D printed parts.
Company Overview
AON3D, based in Montreal, QC, Canada, operates within the Industrials sector, with a focus on Manufacturing and Robotics. Launched in 2016 and part of the YC batch W17, the company has a team size of 40 employees. It offers industrial 3D printing solutions featuring advanced thermoplastics and aims to create an open ecosystem for engineers and designers.
Services
AON3D provides industrial 3D printing solutions with a focus on additive manufacturing using advanced materials. The company employs machine learning-driven software to ensure reliable, repeatable, and quality-verified parts. They offer access to a support team and expert material science consultation to assist customers in optimizing their 3D printing processes.
Technological Solutions
AON3D is known for its seamless, integrated user experience powered by intelligent software and smart hardware. The company focuses on turning process variability into part confidence through machine learning-assisted process optimization and automated hardware. They offer products such as Hylo™, Basis™, and AON M2+, along with materials like Readyprint™ Filaments, ULTEM™ 9085, and Polycarbonate.
Market and Customer Base
AON3D serves a global customer base, which includes pioneers in fields like automotive tooling, aircraft interiors, foundry molds, public art installations, prosthetics, and guides for radiation and surgical oncology. The company targets industries including Aerospace and Defense, Manufacturing, and Federal & Military.
Commitment to Open Ecosystem
AON3D is dedicated to building an open ecosystem that enables engineers and designers to innovate without commercialized boundaries. The company supports the use of any material from any supplier, providing unrestricted access to material process parameters, temperature, and motion settings. This approach allows for high configurability as a right, not an upgrade.