
iBeam Materials Inc Profile last edited on: 12/10/19
CAGE: 6SB98
UEI: VBD3AEMRUN17
Business Identifier: Crystal-aligned coatings utilizing ion-beam assisted deposition texturing Is this YOUR Company?
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Location Information
2778a Agua Fria Street
Santa Fe, NM 87507
Santa Fe, NM 87507
(505) 295-1018 |
vlado@ibeammaterials.com |
www.ibeammaterials.com |
Location: Single
Congr. District: 03
County: Santa Fe
Congr. District: 03
County: Santa Fe
Public Profile
Spun out of technology developed at Stanford University and Los Alomos National Labs, iBeam Materials, Inc. (iBeam) develops and produces crystalline aligned templates for deposition of functional epitaxial coatings, such as superconductors and semiconductors. Utilizing ion-beam-assisted deposition (IBAD) texturing, iBeam makes high-quality IBAD textured substrates on metal tapes and wafers for customers' R&D needs. ⢠Crystal-aligned MgO coatings on metal, glass, ceramic, and polymer substrates ⢠Utilized for epitaxial deposition of superconductors (copper oxide or iron-based) and other functional materials. Crystalline-aligned coatings are deposited on substrates such as glass, flexible metal or plastic foils. They can be used as templates for epitaxial growth of high-performance single-crystal films, such as superconductors or semiconductors, eliminating the need for single-crystal substrates. Significantly less expensive, these materials can be produced in much larger areas and are more versatile compared to single-crystal substrates. Ion beam-assisted deposition is used to induce alignment in the films that are only a few nanometers thi
Extent of SBIR involvement
Synopsis: Awardee Business Condition
Employee Range
1-4Revenue Range
Less than .5MVC funded?
YesPublic/Private
Privately HeldStock Info
----IP Holdings
1-4Awards Distribution by Agency
Most Recent SBIR Projects
Year | Phase | Agency | Total Amount | |
---|---|---|---|---|
2017 | 1 | DOE | $155,000 | |
Project Title: Novel Process for Low-cost Large-area GaN Templates on Metal Foils | ||||
2014 | 2 | DOE | $793,469 | |
Project Title: Epitaxial GaN on flexible metal tapes for low-cost transistor devices | ||||
2013 | 1 | NSF | $150,000 | |
Project Title: Development of Large-Area Crystal-Aligned Substrates for Epitaxial Graphene | ||||
2013 | 1 | DARPA | $100,000 | |
Project Title: Single Crystal Self-Assembly |
Key People / Management
Vladimir Matias -- President
Kirby Olson -- Senior Process Engineer
Kirby Olson -- Senior Process Engineer