Pixelligent FAQ

Select from the following list of product, application, or technical FAQs to find the answers to commonly raised questions.

General
Product
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General

Where do you manufacture Pixelligent products?

Our 18,000 square-foot, state-of-the-art manufacturing and laboratory facility is located in Baltimore, Maryland and is supported by sales offices in the Republic of Korea and Taiwan.

What is Pixelligent's current manufacturing capacity?

Our current manufacturing facility provides foundation to support near-term demand and growth. We currently have a capacity of 10 metric tons of PixClear Zirconia per year, 15 metrics tons of PixClear Titania per year, and 20 metrics tons of any of our formulations per year, with an additional 80 metric tons of PixClear on standby.

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How many patents does Pixelligent currently have?

We currently have over 90+ patents and are continuously expanding our IP.

What awards has Pixelligent won?

Pixelligent has won the Manufacturer of the Year Award by Frost & Sullivan in 2017, and were the first nanotechnology company to have received the reward.

Product

Does Pixelligent offer solvent-free formulations?

Yes, we offer a variety of solvent-containing and solvent-free formulations and nanocrystal dispersions in our PixJet and PixNIL formulations and PixClear dispersion product lines.

What tools are PixJet inkjettable materials compatible with?

Our PixJet inkjet materials are compatible with a wide range of inkjet tools, across Kateeva tools, Dimatix (DMP-2831), JetXpert Inkjet Dropwatcher, and KM1024i Printheads, among others.

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Does Pixelligent offer solvent-containing formulations?

Yes, we offer a variety of solvent-containing and solvent-free formulations and nanocrystal dispersions in our PixJet and PixNIL formulations and PixClear dispersion product lines.

Does Pixelligent produce your own nanocrystal materials?

Yes, we produce our own nanocrystals and nanocrystal dispersions, which can then be sold as standalone dispersions or further formulated into our PixNIL and PixJet formulations.

What range of refractive indices do Pixelligent formulations offer?

Pixelligent currently provides materials with refractive indices ranging from 1.6-2.0+ across the visible spectrum (380-700nm with standard measurements taken at 589nm.)

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How can I connect with your team on product sampling?

For information on product sampling, you can connect with our team directly by filling out a form on our Contact Us page, or by using the appropriate contact information for your location.

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What products and materials does Pixelligent offer?

Pixelligent currently offers PixClear® Titania and PixClear® Zirconia Designer Compounds as well as fully formulated PixNIL® nanoimprint lithography and PixJet® inkjettable formulations. We recently launched our new PixCor™ core-shell technology that has been specially formulated into our PixNIL product line.

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How do I purchase Pixelligent products?

To inquire about a product purchase, you can connect with our team directly by filling out a form on our Contact Us page, or by using the appropriate contact information for your location. Our expert team will provide guidance on product direction and purchase process.

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Application

What applications are compatible with Pixelligent products?

Our PixJet and PixNIL formulations and PixClear dispersions are known to be compatible with a variety of Extended Reality, next-gen Display, Optics, Sensor, and even lighting applications, among others.

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What are the benefits of high RI for XR?

Higher refractive indices help to improve field of view in waveguides for AR/MR devices, creating more immersive and seamless experiences. For more information, please see our XR applications page.

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What are the benefits of high RI for Displays?

High refractive indices enable improvements in light extraction for OLED and MicroLED displays, allowing for increased brightness and device efficiencies. For more information, please see our Display applications page.

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What are the benefits of high RI for optical sensors?

Higher refractive indices allow for greater light throughput in sensor applications, allowing for greater sensing precision and range. For more information, please see our Optical Sensors applications page.

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