Our state-of-the-art AmµLED™ MicroLED displays are self-emissive and require no light sources and optical components. These panels come in with smallest form factor & highest pixel density making them the ideal imaging source for AR & VR headsets. The AmµLED™ displays have integrated PixelOptics™ for efficient coupling with optics.
It is the only display technology that delivers the ultra-high brightness, contrast, efficiency, response time & reliability requirements for near eye display applications.
The form factor and power consumption of micro-display limit the development of micro projectors. JBD MicroLED displays bring perfect option to micro projectors, especially embedded projectors, coming with ultra-compact form factor, low power consumption, high brightness and long service life. MicroLED displays based micro projectors can be widely used in multiple scenarios including translation pens, tablets and other consumer electronics.
AmµLED™ MicroLED displays can operate in a wide temperature range from - 50° C to 100° C and high humidity up to 85% RH. There are no micro-electrical mechanical systems in our MicroLED displays making them resilient to vibrations & recoils.
MicroLEDs are self-emissive displays without any backlighting, offering the highest possible contrast (>10,000:1) and dynamic range, vital requirements for applications such as HUD, Helmet mounted optics, night/thermal vision goggles & Reticles.
Resin 3D printers have become synonymous with accurate rapid prototyping. Such 3D printers work by selectively exposing liquid photopolymer resin to a light source (a projector with a display) to form very thin solid layers of plastic that stack up to create a solid object.
Compared to SLA/laser 3D printers, projector base systems are much faster. Our MicroLED displays can be tuned to wavelengths down to 365nm-405nm for curing a variety of photopolymer resins. AmµLED™ displays can either be used as a light source for DMDs or used as standalone light sources instead of DLP projectors with increased accuracy & throughput. MicroLED display is a self-emissive digital mask, with simpler optical structure, higher contrast, easier to achieve ultra-high resolution and high-precision processing.
Sports optical instruments such as golf rangefinders or rangefinders integrated into instruments such as binoculars and spotting scopes are always used outdoors and need to have excellent outdoor readability and consume the least amount of power. AmµLED™ MicroLED displays can deliver millions of nits for excellent outdoor readability.
The existing 3D light field display system cannot achieve the 3D display effect of large-scale and continuous imaging due to certain frame size of LCD panels, resulting in the partition and discontinuity of the displayed 3D images. MicroLED makes the compact scheme of light field display system possible because of its smaller pixel spacing and self-emissive characteristics.