Deliver your vision with the lightest and brightest single-layer waveguides on the market.
Stay on the cutting-edge with rapid in-house development that continually redefines what’s possible in AR displays. We ensure both high performance and high-yield mass manufacturing methodologies for our displays. We use self-developed algorithms and parallel computing for diffractive waveguide design and optimization.
DPX -Selvä Ideal for the widest FOV ranges and design flexibility, support for DLP, LCoS, MicroLed, single-layer design, thin, excellent form factor, all day wearables.
DPX -Säde Ideal for ultralight, small devices with the brightest images, supports LBS, superior optical performance.
Ideal for ultralight, small devices with the brightest images, supports LBS, superior optical performance.
Pioneers & speed to market. Our agile process allows for freedom, innovation and rapid development. We help turn your boldest vision into reality. Experience new freedoms in design faster all while accommodating more form factors. Partnered with Applied Materials and AAC to answer to the manufacturing needs of our customers.
Stay on the cutting-edge with rapid in-house development that continually redefines what’s possible in AR displays.
Deliver beautiful consumer wearables with unique lens styles.
Lightweight devices can only be realized by leveraging single-layer optics.
Amazing full color displays in a single layer allows for the lightest and brightest experience possible.
Pioneering technology, Aesthetic Design, Unmatched Image Quality.
Partnered with AAC and others for mass manufacturing to support the growing global demand associated with AR and MR markets
Cost efficiency & high yield, IN HOUSE line for small quantities, Mass Manufacturing team enables volume partners to execute fast
Dispelix’s waveguides provide enterprise and consumer market customers with unparalleled freedom in AR design, image quality, and reliable supply at scale. Achieved on a single layer.
The technology is complex and tough to get right. Just one glimpse of an image requires 3 trillion light interactions choreographed at the nanoscale.
Achieve vivid colors, razor-sharp images, and expansive FOV on the thinnest waveguides possible.
We not only have pioneers that will help drive your project, but we can also build it faster, larger FOVs, change industrial designs and create a form factor that meets your design requirements.