Hrl laboratories llc has been selected as a 2017 r d 100 finalist with the entry additively manufactured high temperature polymer derived ceramics.
Hrl 3d printed ceramics.
The company actually calls it a pre ceramic resin that prints like a.
A digital light projection printer cures the polymer printing parts in a rapid layer by layer method.
In the current experiments a siloxane based preceramic resin was reinforced with inert particles.
This breakthrough in additive manufacturing 3d printing was originally published in the january 1 2016 issue of the journal science.
The study pushed the 3d printed components far beyond their design envelope and the data generated provided valuable information that is now being used to guide the production of next generation.
Continuing from their 3d printed ceramic technique published in science in 2016 the hrl team utilized uv curable preceramic polymers.
Hrl achieved a scientific breakthrough with preceramic resins that can be 3d printed and converted to high temperature ceramic that was first published in the journal science on january 1 2016.
Photo via hrl laboratories.
Researchers at hrl laboratories llc have achieved a new milestone in 3d printing technology by demonstrating an approach to additively manufacture ceramics that overcomes the limits of traditional ceramic processing and enables high temperature high strength ceramic components.
Continuing from their 3d printed ceramic technique published in science in 2016 the hrl team utilized uv curable preceramic polymers.
A digital light projection printer cures the polymer printing parts in a rapid layer by layer method.
In the current experiments a siloxane based preceramic resin was reinforced with inert particles.
Hrl labs novel approach to 3d printing ceramics in order to get around the inherent fragility of ceramics the hrl team developed a novel process that required the.
With nasa support hrl researchers will further develop this new technology to additively manufacture reinforced ceramic rocket propulsion components.