? ? ? ? DLP 3D printing technology, based on digital light processing principle, enables high-precision manufacturing of complex parts while reducing material waste.? ? ? ? ??

Leveraging its extensive?expertise in optical solutions, Goeroptics?launches?its new DLP 0.78″ UV DMD 3D printing light engine module. The module incorporates TI's latest DLP^??DMD chip and delivers multiple breakthroughs:

• 4K resolution paired with 10W high output power, combines with TI's new process to enhance optical efficiency and accelerates printing speed.
• Contrast ratio above 1000:1 reduces residues, while 90% uniformity?ensures?detail?integrity.
• All-glass lenses, full-metal structure plus active cooling enhance stability and durability.
• Supporting multiple large-format printing sizes, and providing 385nm & 405nm multi-band UV light source options, the module significantly extend the?DMD chip's lifespan. It meets the industrial needs of large-size products?such as footwear and home goods.?

3D Visual Solutions

? ? ? ? ?Goeroptics showcased 3D scanning and industrial laser technologies:

• High-Precision 3D Scanning Light Engine:?Based on DLP technology, it captures intricate surface details accurately through rapid switch of structured light patterns. High performance in a compact design also makes it well suited for industrial measurement and virtual scene reconstruction.
• Industrial Laser Modules:?Features innovative line laser technology with a Gaussian distribution exceeding 90%, achieving micron-level measurement accuracy and uniform scanning lines, which is ideal for 3D contour inspection needs of precision components used in industries such as 3C electronics and lithium batteries.

? ? ? ? Since 2017,?Goeroptics has?been developing DLP light engine, micro-nano optics and laser technologies, as well as establishing end-to-end capabilities from R&D to mass production. Moving forward, Goeroptics will continue to deepen its focus on core optical components for additive manufacturing and industrial machine vision, driving the upgrade of smart manufacturing.