BEACON

Direct-write nanomanufacturing bridges the gap between dimensions, enabling the creation of structures ranging from sub-nanometer 0D-dots to fully realized 3D-architectures. Under optimized conditions 1D lines with widths below 15 nm are achievable with remarkable precision. In 2D, nanoscale features with sub-nanometer accuracy and surface roughness below 1 nm enable the fabrication of ultraflat surfaces. For 3D, this technology regularly achieves feature sizes in the sub-50 nm regime and sub-20 nm under optimized conditions, unlocking applications in fields like plasmonics, quantum devices, or NEMS/MEMS. This dimensional versatility ensures precise control over every aspect of design.

Advanced design tools like 3BID, FEAST and Fib-o-Mat streamline the creation of intricate 3D structures, produced via electrons and ions, respectively. These tools reduce the entry barriers for 3D nanomanufacturing by providing accessible, freeware-based solutions for pattern generation and simulation (read more). Coupled with the inherent flexibility of direct-write methods, this enables the realization of both symmetrical and highly irregular geometries tailored to specific challenges. By combining precision, versatility, and accessible design workflows, the technology empowers researchers and industries alike to innovate with ease.