Azul 3D has launched its POND additive manufacturing system for material and application development.
Targeted at select partners, POND is a research-friendly tool designed to accelerate the identification, validation and commercialization of new application opportunities. Azul 3D’s HARP technology, which enables a liquid-liquid print intersection and full thermal control, is now available in a cost-effective and material-efficient format. This offers industry leaders the opportunity to further push the boundaries of 3D printing.
The POND printer retains the full 72-micron resolution and high-intensity light projection system found in Azul 3D’s other devices. The processes and materials developed in the POND are immediately scalable to production systems, allowing for seamless integration into existing production environments.
Azul 3D is committed to the next generation of industrial transformations enabled by digital manufacturing and 3D printing. With POND systems already installed, researchers are developing new capabilities that were previously unavailable in industry. This includes scientists at Sandia National Laboratory who are using the liquid-liquid intersection to enable embedded electronics in printed components. This offers new opportunities for integration and miniaturization in consumer electronics and beyond.
Azul 3D’s product portfolio, consisting of OCEAN, LAKE and POND, utilizes modular HARP technology to pave the way for the next generation of digital manufacturing. Working closely with customers and partners, Azul 3D delivers comprehensive manufacturing solutions for specific applications and leverages the portfolio to commercialize high-volume production applications in industries with the most demanding requirements.
With these technological advances, Azul 3D is demonstrating the potential of 3D printing to complement and in some areas even replace traditional manufacturing methods, setting new standards in material development and application.
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