Two laser scans on thermoplastic powder form precise, uniform paper-cylinder treating profiles without costly metal powders or curing.
Multi-source silicone deposition with dynamic mixing, thermal control, and shaped substrates enables smooth curing and complex medical elastomer forms.
Rotating agitator blades keep powder loose in 3D object manufacturing, preventing compaction and agglomeration for uniform feed.
A printed jacket over a flexible liner gives catheters and leads localized stiffness for navigation, protection, and component spacing.
Molten metal particles in FDM thermoplastic improve bonding to metal parts, creating durable composite structures with stable adhesion.
A single reservoir manifold combines mechanical, electrical, and fluid links to simplify additive manufacturing setup and improve control reliability.
A moment-of-inertia objective function replaces full thermal simulation to find build angles that minimize additive manufacturing distortion faster.
A latch, lock member, and door sensor keep a 3D printer tray from rotating during part removal or maintenance, reducing operator risk.