Holographix works closely with our customers to assist them in the development of custom diffractive waveguide-based solutions from concept to production. At the heart of each solution is one or more custom state-of-the-art replicated diffraction gratings. Holographix differentiates itself from the competition by offering:
Holographix’ ability to produce custom diffractive waveguides is unrivaled due to our unique ability to create customized grating profiles and reproduce them with high fidelity.
Holographix has successfully completed numerous complex diffractive waveguide projects for our customers over 10 years.
Our structured development philosophy, coupled with our engineering expertise, ensures manufacturable solutions.
Our manufacturing processes are readily scalable to meet your high-volume manufacturing requirements.
High quality, custom diffractive waveguides with repeatable performance! Holographix is ISO 9000:2015 certified, and proudly manufactures all optical components in the USA.
The range of custom diffractive waveguide specifications that we can support include:
Specifications | Capabilities |
---|---|
Waveguide size: | up to 350 mm square |
Grating pitch: | down to 200 nm |
Diffractive grating profile: | binary, blazed, slanted, sinusoidal |
Grating-to-Grating alignment: | <30 arc sec |
Grating-to-Substrate alignment: | <30 arc sec |
Waveguide wedge: | <5 arc sec |
Wavefront: | <λ/8 P-V/inch |
Optical transmission: | >99% from 400nm to 2.6um |
Temperature range: | -50° C to 100° C |
Chemical resistance: | most common solvents |
Learn more about our diffractive waveguide manufacturing capabilities.
For any questions regarding our custom diffractive waveguide capabilities please fill out the contact form below.
Holographix has extensive experience building diffractive waveguides and has worked with, or is currently working with, many of the pioneers in this market. Holographix’ build-to-specification philosophy allows each of our customers to leverage our waveguide fabrication expertise for their specific application.