We Specialize
In the development and commercialization of cutting-edge, 3D printable high-performance polymers, engineered to excel in the most demanding environments.
By bringing together top-tier collective expertise, we are able to deliver innovative solutions that push the boundaries of what’s possible.
NOW AVAILABLE: Dur™ 100s Series
Industrial, Flame-Retardant and Space-Grade Formulations
High-Temperature 3D Printing Resins Engineered for the Harshest Conditions
The Dur 100s formulation series delivers exceptional physical properties - with no tradeoffs.
After being evaluated by leading aerospace and defense companies, as well as top-tier 3D printer manufacturers and service providers, our formulations are now commercially available.
Dur™ 100s products include:
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Dur™ 101 : Core formulation with excellent mechanical and thermal properties.
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Dur™ 108 FR : Halogen-free flame-retardant (UL 94 V0).
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Dur™ 173S: Tested in space. The first DLP/SLA resin designed specifically for space, with unique space-grade properties.
CUTTING-EDGE POLYMER TECHNOLOGY FOR DEMANDING ENVIRONMENTS
We develop high performance polymer formulations engineered to perform in harsh environments. Our proprietary first-generation formulations for 3D printing, the Dur™ 100s family, are printer agnostic, compatible with any DLP/SLA system, and deliver:
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Exceptional performance without tradeoffs – overcoming traditional tradeoffs, delivering both high heat resistance (HDT>300°C) and mechanical flexibility (elongation).
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Dimensional accuracy – exceptionally low shrinkage and wrapping. High surface quality.
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Ease of use – processable at room temperature.
Select formulations also offer:
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UL94 V0 flame retardancy
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Space-grade capabilities including outgassing, radiation resistance and atomic oxygen erosion resistance.
These capabilities enable high-demand applications across space, aviation, defense, automotive, and advanced manufacturing.
Our Applications
Our advanced 3D printable polymers are engineered to meet extreme performance demands.
PUSHING THE LIMITS OF POSSIBILITY
Validated through rigorous testing, including real-space exposure aboard the International Space Station (ISS), our high-performance polymers deliver space-ready durability. Our self-healing material, Dur 173S, eliminates the need for vulnerable protective coatings, ensuring the entire exposed component remains resistant to atomic oxygen erosion.
By combining the advantages of high-performance polymers with the design freedom of 3D printing, our solutions enable stronger, more resilient space components - without traditional tradeoffs.
Applications include:
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Nanosatellites Skeleton & Housing
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Antennas
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Flexible Electronics
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RF Wave guides
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Flexible Electronics
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Sunshields and Covers
About Us
At NOGA Polymer Innovations, we are driven by a singular passion: elevating high-performance polymers to new levels of durability and versatility, unlocking their benefits for the most demanding space and terrestrial applications.
Our journey began with this vision, merging world-class scientific research with cutting-edge engineering practices and extensive industrial experience in polymers.
WE BRING TOGETHER SCIENCE, ENGINEERING, AND INDUSTRY EXPERTISE
Our multidisciplinary team covers the areas of material science, polymers, 3D printing and lab-to-market transition. It is this combination of expertise that we harness for developing and delivering solutions to real industrial needs.
Our Founders
Mike Burshtine
CEO, Co-Founder
Co-CEO of Adhestick, Israel’s leading polymer formulator. Adhestick develops, manufactures and markets polymer-based solution for the industrial adhesives, defense, agriculture and bicycle accessories markets.
Dr. Eitan Grossman
CTO, Co-Founder
Ph.D. in materials science. Former head of the Space Environment Department at Soreq Nuclear Research Center where Dr. Grossman led numerous R&D projects with more than 100 scientific publications and patents in the areas of materials for space applications and additive manufacturing.
Prof. Shlomo Magdassi
Chief Scientist, Co-Founder
Prof. of chemistry, at the Casali Center for Applied Chemistry and the Center for Nanoscience and Nanotechnology at the Hebrew University of Jerusalem, Israel. Research focus on 3D printing led to numerus publications, patents and commercialization with worldwide sales.
BACKED BY DEEP TECH INNOVATION LEADERS
BETTER FOR BUSINESS,
BETTER FOR THE ENVIRONMENT
On-The-Spot
Printing
Reduces transportation costs, emissions and storage requirements
Less Raw
Material
Less consumption compared to traditional CNC machining
Lighter Parts,
Less Waste
3D designs result in lighter parts with less material waste
Higher
Durability
Reducing the need for frequent replacements
GET IN TOUCH FOR 3D PRINTING INNOVATIONS
Noga 3D Innovations Ltd.
17 Ha’melacha St.
Rosh Ha’ayin
4809144 ISRAEL
