Video Library

In this episode, we share some exciting news about the latest advancements in additive solutions at DI Labs. We've added Ultra White to our core capabilities powered by HP’s 5420W, a new generation of Multi Jet Fusion (MJF) technology that is currently being launched at Formnext in Germany!

DI Labs is always seeking opportunities to be on the cutting edge and push boundaries. In this episode, we share some exciting news about the work we've been doing with white nylon parts.

In this conversation, the three Douglass brothers, who are owners of the business, provide an update on the "Free the Fortus" OpenAM beta. That leads them into a much deeper discussion about just what it takes to onboard new materials and new technologies. Enjoy!

The next generation of product innovation is here, powered by a new way of thinking about additive manufacturing.

Additive manufacturing capabilities are accelerating rapidly, creating opportunities to approach product innovation differently. What was once a single product manufactured in mass quantities can now become a dynamic product platform. See our case study.

Mass customization has been a component of our DI Labs vision and we recently introduced Threedom™, our new direct-to-consumer brand. This initiative has allowed us to gain valuable market insights and expand our mass customization capabilities. See our Threedom project profile for more details.

In 2020, we did something that's rarely done – gave our customers and the public a live, behind-the-scenes, transparent look at our state-of-the-art 3D printing facility in full production deploying some of the world's most cutting-edge technologies.

We’ve fine-tuned every detail of our facility to optimize the consistency and dimensional accuracy of our production. Our dedicated print room allows us to control the temperature and humidity of our printing environment to ensure precise, consistent results.

Hear from a few DI Labs clients in order to better understand our approach to problem-solving and product development.

For this prototype, we used our industrial-grade Multi Jet Fusion technology with certified nylon PA12 material to achieve a smooth surface then applied a vaporfuse finishing technology to seal the surface of the mask, making it washable, moisture-resistant, and sanitizable for hygienic, repeat use. See our full case study for more details.

This full scale prototype was an extremely complex additive manufacturing project. Our aerospace customer required a full-size fuselage model with a high degree of dimensional accuracy so they could perform internal testing for ergonomics, cockpit design, and operation. See our full case study for more details.

A national food processor needed custom-designed face shields for their front-line workers. They required an immediate solution and off-the-shelf products weren’t working. Within days from meeting with them, we were in full production of face shields tailored to their ergonomic and safety requirements. See our full case study for more details.

DI Labs was approached by an aftermarket automotive tuning company doing work for European sports cars. They were interested in developing a fully functional prototype of an intake manifold that would accept their supercharger and create forced induction. See our full case study for more details.

DI Labs custom-designed an aeroponic basket for an organic farming operation that not only met their strategy but increased lettuce production by over 30%. Over a period of three months, DI Labs delivered 10 iterations of new basket designs, each in quantities of 1,600 units. See our full case study for more details.

Our client manufactures plastic tubing and was scaling the launch of a new product which was being produced on existing equipment, which would not perforate the new product without modifications. We used 3D scanning to reverse engineer the equipment and design adapter sleeves. See our full case study for more details.

Watch as we demonstrate the impact of a sealed surface. We can create a fully sealed, washable part that can be used in a wide variety of high-performance applications.

See for yourself how chemical vapor smoothing can transform the surface of a part in this water spray demonstration done by Brian Douglass.

DI Labs was featured on a Hawk Ridge Systems webinar. Using case studies and behind-the-scenes production tips, we helped companies see how additive manufacturing can help them become more strategic and responsive in the marketplace.