Tuesday  |  July 7, 2026  |  16:00 IDT

Join Dyndrite and Mimo Technik for an exclusive exploration of how programmable manufacturing software is helping aerospace and defense organizations accelerate process development, streamline qualification, and scale metal AM production.

Dyndrite, together with our partner Mimo Technik, is offering an exclusive opportunity for aerospace and defense manufacturers to experience the next generation of metal additive manufacturing development, qualification, and production.

Designed for LPBF decision makers, manufacturing leaders, materials engineers, and technical experts, this event will explore how modern software-defined manufacturing approaches can accelerate process development, optimize production workflows, streamline qualification, and scale metal AM programs from R&D to serial production.

Attendees will learn how leading aerospace and defense organizations are reducing development cycles, improving process control, increasing machine productivity, and building more scalable qualification and production strategies for mission-critical hardware.

Content is tailored for current and prospective users of Aconity3D, EOS, Nikon SLM Solutions, Renishaw, Velo3D, and Xact Metal LPBF systems.

Speakers Include:

Stephen Anderson
Strategic Relationships  |  Dyndrite

Jonathan Cohen
Founder & CEO   |  Mimo Technik

Steve Walton
Head of Product | Dyndrite

Who Should Attend:

• Company Executives setting vision, direction and product targets
  
• VP of Manufacturing making decisions on production line HW & SW
• Head of Additive/ Director/Managers wrestling with LPBF serial production and managing process variation
  
• Materials and Process Development Engineers unlocking new materials and parts
  
• Additive/Applications Engineers seeking greater capabilities and efficiency
  
• Design Engineers seeking greater capabilities and efficiency
  
• Quality Engineers looking to streamline quality and calibration efforts
  
• Managers wrestling with LPBF serial production and managing process variation
  

Attendees will Learn:

• How CAD-to-print software automation helps remove “human in the loop” variation
  
• Build file development techniques to optimise for common features across part families including support-free printing, printing thin walls, and low-overhangs
  
• Methods for creating build files with multiple build strategies on a single layer
  
• Optimal sorting and filtering techniques for gasflow optimization and plume avoidance
  
• Time-saving Design of Experiments (DoE) methods to develop geometry specific parameters optimised for productivity and quality
  

This is a limited-seating event for AM executives, managers and technicians.