Non-planar Electronics
3D Printing for Non-planar Electronics
3D Printing for Non-planar Electronics
Modern electronics demands improved performance, functionality and increased miniaturization. This creates the need for curved surfaces and 3D printed layers that are not flat or of uniform thickness. The challenge is to produce optimized electronic prototypes, embedding the electronics in any shape, in order to authenticate new product designs.
Non-planar Electronics Applications
Embedded Electronics
3D Printed Embedded Electronics Improves Device Performance
3D printed electronics opens the door to a world of new component embedding capabilities. With the ability to embed signal traces and both active and passive components inside 3D parts, designers can produce prototypes with embedded sensors, antennas, complex geometries for simultaneous functionality validation.
Electromagnets
Rapid Prototyping of Electromagnets with 3D Printing
The DragonFly™ Pro System makes it possible to 3D print electromagnetic coils, enabling product designers to vary physical shape and size for optimized application fit.
Molded Interconnected Devices (MIDs)
New Capabilities with 3D Printed MIDs
With the ability to simultaneously 3D print dielectric polymer and conductive nano-particle silver ink with Nano Dimension’s DragonFly Pro System, conductive traces can now be printed within the insulating materials of Molded Interconnect Devices.
FDM Technology
by Stratasys
PolyJet Technology
by Stratasys
Metal Printing Technology
from Desktop Metal
Electronic 3D Printing Technology
from Nano Dimension
3D Printing Whitepapers
Learn more about the key features of 3D Printing through these Whitepapers. These 3D Printing Whitepapers give you an in-depth view on key features and capabilities of 3D Printing technology and materials.
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