Dear Cynthia,
Introducing Inprentus–our mechanical ruling method provides the simplest and most direct way to create augmented reality waveguide master molds. Our scalable, single-manufacturing process allows for a high degree of flexibility and precision in the design of custom blazed groove shapes for input, turn, and output diffraction gratings.
We’re leading the way with mechanically ruled blazed master molds, an alternative to lithography masters.
For companies like Inprentus, this enables fabrication of augmented reality (AR) headsets with more precise diffraction angle control, and higher level of overall efficiency.
- Fast and accurate with no limits on pitch size, providing for a high degree of flexibility in waveguide grating design parameters
- Fewer complexities and increased yields by eliminating needs for redundant or time-consuming, expensive e-beam processes
- Sharp and vivid images on AR waveguide headsets without “eye glow” and “screen door” effect
- Pattern placement improvement, including gratings with exceptionally high tunability
- Rapid prototyping by replication partners, allowing for production of improved AR headset eyepieces
Inprentus offers bottom-up manufacturing and design services for a core component in the augmented reality optics market. You may not be in the market for our innovative blazed master waveguides, yet.
Just in case you weren’t aware, we wanted to clue you in – this technology is now readily available for improved performance and simplified, higher manufacturing yield.
