Webinars

HP Multi Jet Fusion technology has long been associated with large-scale industrial production. With the new HP Multi Jet Fusion 1200, HP is bringing that same technology to a compact format designed for smaller workspaces and tighter budgets. In an…

Industrial and robotics hardware rarely gets an easy ride. Parts have to withstand pressure, moisture, chemicals, heat and constant contact, while development teams are under pressure to iterate faster than ever. Traditional tooling and single-process manufacturing often can’t keep pace.…

Metal additive manufacturing has never been an easy fit for a research lab. Laser powder bed fusion (LPBF) means a laser safety enclosure, powder handling protocols, an inert atmosphere and three-phase power. Binder jetting adds a debinding and sintering chain…

Industrial filament printing has long forced a choice: the affordability of desktop systems or the performance of locked-down industrial platforms. On Tuesday, September 15th, 3Dnatives and HP Additive Manufacturing Solutions showed how the HP IF 600 HT eliminates that trade-off,…

We’ve all shaken a jar to mix something. Now imagine doing it 60 times per second, at forces of up to 100G, applied to some of the most advanced materials used in additive manufacturing. This is Vertical Resonant Oscillatory Mixing…

Technical ceramics offer unparalleled properties, from extreme heat resistance to exceptional corrosion protection. When combined with the design flexibility and precision of additive technologies, this material is becoming a indispensable for industries ranging from medical and aerospace to semiconductors.  Ceramic…

When does resin printing move from a prototype to a production asset? Can SLA patterns actually survive the burnout process in a high-stakes foundry? How does the cost-per-part on an SLA system compare to traditional tooling at scale? If you…

When the University of Applied Sciences and Arts of Southern Switzerland (SUPSI) integrates a technology into its research workflow, the focus is rarely on high-volume production. Instead, the interest lies in the precision, repeatability, and material flexibility required for rigorous…

Aluminum is one of the most widely used metals in the world, yet it remains one of the most challenging materials for additive manufacturing. High thermal demands, alloy sensitivities, and complex workflows often push companies toward easier metals, even when…

Tires play a crucial role in automobile performance, and much of that comes down to their treads. These intricate patterns on the tire’s surface influence not only driving comfort but also safety on the road. Yet creating tire molds that…

A successful additive manufacturing operation relies on more than just advanced machines or powerful software—it depends on how seamlessly the two work together. Even with the best hardware and most cutting-edge software, productivity can stall if they aren’t properly integrated.…

Additive manufacturing is advancing at an incredible pace, with new innovations emerging all the time. Yet, one of the biggest challenges can simply be knowing what’s possible. That’s why we partnered with Stratasys to bring you a webinar series you…