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Due to its exceptional qualities, including its ultra-high brightness, high contrast, wide color gamut, and low power consumption, microLED is a cutting-edge micro-display technology that is preferred by many applications.
JB’s semiconductor hybrid integration technique is used to produce MicroLEDs.
The global micro LED 3D printer market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
The world’s first consumer-grade MicroLED 3D printer will be produced by Anycubic, a prominent maker of 3D printers, in collaboration with Jade Bird Display (JBD), a leading producer of MicroLED displays. The new system is the first product of this partnership and has the working name J1 (it may change during the commercial launch).
The MicroLED 3D printer will come with JBD ‘s UV MicroLED Display and the newest adjustable 0.3CC light engine. The printer’s design is made flexible by the inclusion of a small light module, which also gives users of 3D printing a portable experience.
The MicroLED 3D printer from Anycubic promises exceptional precision, minimal energy usage, and a long lifespan at an affordable price.
Due to its high pixel density (>6000PPI) MicroLED micro-display and 6W operating energy consumption, the J1 MicroLED 3D printer can produce details as small as 10m. Furthermore, the MicroLED 3D Printer’s lifespan will be greatly increased thanks to JBD’s long-lasting light module, which will enable it to run for more than 20000 hours.
The J1 3D printer can be used to produce highly accurate prototype parts for the aerospace, medical, and other high-tech industries. With its semiconductor hybrid integration technique, JBD produces MicroLEDs. A silicon-based CMOS backplane and inorganic III-V light-emitting material LEDs are also well-established components of the technology.
It can be utilized to produce micro-displays with an ultra-high pixel pitch using semiconductor materials that can achieve pixel densities greater than 10,000 PPI.
