A slicer like no other
OmniSlice® will empower you to print 3D parts with any distribution of conductors, dielectrics, and other materials for applications like 3D circuits, structural electronics, and building circuits into unconventional form factors. OmniSlice® allows you to do conformal 3D printing on a standard three-axis machine and even print onto near-vertical side walls. On printers with mixing hardware, OmniSlice®will enable you to build parts made of functionally-graded materials. Slicing is parallelized and performed in the cloud for unprecedented speed - with no software to install.
Who we are
Christopher is an expert software developer and businessman with over 20 years of industry experience. He has spent the last 15 years performing business development supporting DoD customer’s missions in cyber security. He co-founded Kraetonics LLC to develop products and direct research.
Raymond C. Rumpf, PhD, FSPIE, SMIEEE
Raymond is a pioneer and leader in the additive manufacturing community as well as in electromagnetics and photonics. He co-founded Kraetonics LLC to commercialize the revolutionary technologies coming from the EMLab at the University of Texas at El Paso.
What OmniSlice®can do
3D Volumetric Circuit
OmniSlice™ can print parts with any distribution of different materials, enabling circuits to made three dimensional.
OmniSlice™ provides conformal printing and even allows standard three-axis machines to print onto near-vertical side walls.
OmniSlice™ can produce parts that simultaneously utilize different printing modalities, such as volumetric printing, conformal printing, printing of functionally-graded materials, off-axis printing, and more.
OmniSlice™ can print parts with any distribution of different materials to produce 3D and volumetrically complex antennas that extend performance limits.
OmniSlice™ can build flexible circuits and electronic devices with suitable choice of materials.
Conventional Planar Circuits
We think it’s a bit boring, but OmniSlice™ can print flat structures too!
Functionally Graded Materials
When the proper mixing hardware is installed, OmniSlice™ allows any 3D part to be manufactured from functionally-graded materials where the functional gradients can be defined in any direction and with any profile.
3D Volumetric Circuits
OmniSlice™ can manufacture 3D circuits that are smaller, lighter, made into unconventional form factors, and more power efficient than conventional planar circuits. 3D circuits can make better use of physics such as dielectric anisotropy to give them functionality not possible with planar circuits.
OmniSlice™ utilizes advanced calculations and controls to premix materials ahead of dispensing to compensate for a volume of material that may exist between the mixer and the dispensing.
Get in Touch
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