Skip to main content
Precision Additive launched the PA-300, an AI-powered LPBF system claiming build speeds 10x faster than conventional metal printers.
Product
1 min read

Precision Additive launched the PA-300, an AI-powered LPBF system claiming build speeds 10x faster than conventional metal printers.

Precision Additive
Precision Additive

Hardware

Originally reported by 3D ADEPT

Precision Additive launched the PA-300, an AI-powered LPBF system claiming build speeds 10x faster than conventional metal printers. 🚀 Developed with NVIDIA, the machine enables real-time self-healing while processing reactive magnesium at scale. This shifts the industry bottleneck from speed to data-driven qualification for defense parts. Scalable magnesium printing unlocks new potential for extreme lightweighting. ⚙️ #AdditiveManufacturing #MetalAM #PrecisionAdditive #NVIDIA #DefenseTech

Explore Precision AdditiveRead Original

How This Connects

6 related events
  1. Same pattern

    Nikon AM Synergy has secured an Other Transition Agreement contract from the U.S.

  2. Same pattern

    RTX Technology Research Center has been selected to lead a $1.3 million initiative under the America Makes Corrosion of Additive Tested At Component Scale program.

  3. Same pattern

    The Defense Innovation Unit successfully launched the DART AE, the first wholly 3D printed hypersonic platform, using Rocket Lab HASTE.

  4. Same pattern

    Divergent and Mach Industries have delivered the Venom autonomous strike aircraft prototype in just 71 days, slashing the typical 12 to 24-month development cycle.

  5. Same pattern

    Oerlikon AM has produced 25,000+ suppressors using ATLIX TruPrint systems and MetcoAdd nickel powder.

  6. Same pattern

    Divergent successfully validated an additively manufactured gearbox housing on South Korea's KF-21 Boramae fighter aircraft.

  7. This article

    Precision Additive launched the PA-300, an AI-powered LPBF system claiming build speeds 10x faster than conventional metal printers.