Azul 3D's OCEAN™ platform utilizes proprietary HARP™ technology to enable continuous, layerless 3D printing with a build area of 812 mm x 812 mm and a speed of 300 mm per hour. This technology addresses the limitations of traditional 3D printing by allowing the production of complex structures from a wide range of custom materials, enhancing manufacturing efficiency and scalability.
Funding
$15M 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.
DFounders
Product
Problem
Traditional 3D printing methods often suffer from limitations in build size, speed, material compatibility, and the creation of continuous, layerless structures, hindering efficient and scalable manufacturing of complex, high-value products.
Solution
Azul 3D's OCEAN™ platform, powered by its proprietary HARP™ technology, enables continuous, layerless 3D printing, overcoming the limitations of conventional methods. The OCEAN™ platform provides a large build area combined with high printing speeds, facilitating the production of intricate designs from a wide array of custom materials. The HARP™ technology utilizes a mobile, liquid-liquid interface and active cooling to maintain thermal consistency, enabling continuous printing with enhanced process control. This approach allows for the digital manufacturing of high-value products with complex supply chains, transforming industries by offering scalability and efficiency.
Target Audience
The primary target audience includes manufacturers across various industries seeking to produce high-value products with complex geometries, as well as companies with intricate supply chains looking to enhance manufacturing efficiency and scalability.
Features
- Large build area of 812 mm x 812 mm, maximizing production capacity
- High printing speed of 300 mm per hour, enhancing manufacturing throughput
- HARP™ technology featuring a mobile, liquid-liquid interface for continuous printing
- Active cooling system maintaining thermal consistency throughout the build process
- Capability to produce parts without layers, enabling unique designs
- Support for a wide range of custom material formulations tailored to specific application requirements
- Digital manufacturing of high-value products with complex geometries