Electron beam lithography refers to the process of creating patterns on photoresist using a focused electron beam, an extension of the photolithography process. The electron beam lithography machine is the hardware platform that enables this technology, with system performance determining key parameters such as critical dimensions, stitching, and overlay accuracy in the exposure process.

Goldenscope Technology has achieved technological breakthroughs in the core components of electron beam lithography processes and equipment, and has become the first in China to launch the independently innovative, quality-controlled, and high-performance electron beam lithography system: Pharos 310. Several key technical indicators of this system have reached international first-class standards, achieving the development goal of replacing imported electron exposure equipment with domestically produced, independently controllable alternatives.

The Pharos 310 can expose critical feature sizes of less than 15 nm on 4-inch substrates. The Pharos 310 system is a powerful tool for easily exposing complex layouts, making it an essential instrument for submicron to nanometer-scale lithography technology research and development under laboratory conditions.

Applications of Electron Beam Lithography machine:

· Semiconductor Manufacturing: Used for the fabrication of integrated circuits, chips, and other semiconductor devices.

· Nanotechnology Research: Plays a crucial role in the development of nanomaterials and nanodevices.

· Optics: Used in the production of photonic crystals, optical waveguides, modulators, metasurfaces, and other optical components.

· MEMS (Micro-Electro-Mechanical System): Utilized in the fabrication of nanostructures.

· Biochips: Applied in the manufacturing of biochips.

· Materials Science: Research on the surface properties and structures of materials.

· Quantum Technology: Used in research and development in quantum computing, quantum communication, and related fields.