Application fields
● Submicron Precision Depth-Controlled Etching: Achieves accurate submicron-level depth-controlled etching, offering stable and controllable processing for research in material surface functionalization and multi-layer structure fabrication, ensuring the reliability of experimental data.
● Submicron Taper-Free Precision Cutting: Enables taper-free cutting at the submicron scale, meeting the precise forming needs of micro-nano devices and miniature structures to support research and development of small-sized functional units.
● Submicron High-Precision Controllable Taper Drilling: Realizes high-precision controllable taper hole machining at the submicron scale, providing customized processing support for structural performance research in microfluidics, optical components, and related fields.
● High-Precision Machining of Nanoscale Irregular Holes: Precisely machines various irregular nanoscale holes, supporting structural fabrication for cutting-edge research directions such as nanofiltration, sensors, and bionic structures.
● Material-Compatible Precision Machining: Performs nanoscale precision machining on diverse materials including metals, semiconductors, ceramics, and polymers, breaking material limitations and expanding research application scopes.
