Chip interconnect 3D laser direct writing equipment

PROME-Photonic

Chip interconnect 3D laser direct writing equipment

Prome Photon is a high-performance laser direct writing device designed specifically for the field of photonic chip integration to implement photonic wire bonding technology (PWB). It has high-precision nanoscale 3D processing capabilities and high-precision positioning and alignment capabilities, and is committed to solving the core challenges of high-precision cross layer interconnection and heterogeneous packaging in photonic chip 3D integration. Through Multi Photon Aggregation (MPP) technology, true 3D machining of sub micron level free-form surface structures is achieved, providing an important manufacturing platform for the hybrid integration of silicon optical chips, lithium niobate photonic circuits, and quantum optical devices.

For more product information, please feel free to inquire about our Magic NanotechnologyOr consult.

[Company Introduction]

Moji Nanotechnology is a high-tech enterprise and provincial specialized and innovative enterprise in the field of 3D micro nano manufacturing, integrating research and development, production, sales, and services. The R&D team has over ten years of experience in 3D micro nano manufacturing technology, with complete independent development capabilities in optics, electrical, mechanical, software, materials, and other fields. They can provide professional integrated solutions for multiple industry application scenarios.

The company has launched three series of 3D micro nano processing/nano 3D printing equipment, ultra fast laser processing center, and maskless direct writing lithography equipment, as well as multiple photoresist products. Among them, the independently developed commercial nano level 3D laser direct writing lithography system can achieve 70 nanometer precision 3D structure processing. With core technological advantages such as high precision, high speed, large format, and long-term stability, we have achieved a leap from scientific research exploration to commercial applications, effectively promoting the large-scale industrial production of micro nano 3D manufacturing in fields such as biomedicine, optoelectronic communication, new materials, micro nano devices, aerospace, etc.