Pocket-sized structured illumination nanoscopy with high-harmonic diffraction: detailed optical system and open-source hardware

Dataset for Mechanical integration and open-source hardware design @ Pocket-sized structured illumination nanoscopy with high-harmonic diffraction: supplementary informationGeneral InformationDate of Deposit: 2026-02-15 Corresponding Author: Dr. Ning Xu (Tsinghua University) Contact Information: nxu@mail.tsinghua.edu.cn Description of the DatasetThis dataset contains the 3D CAD models (SolidWorks format) for a mechanical assembly related to Mechanical integration and open-source hardware design. The files include individual components and the final combined assembly. File Name,DescriptionAssembly 2.SLDASM,Main Assembly File. This is the primary file that combines all individual components into the final structure.Assembly 1.SLDASM,Sub-assembly or alternative configuration of the system.Image.JPG,Visual reference for the system. This corresponds to Figure S1 in the supplementary material of the associated publication.adpator.SLDPRT,Custom adapter component.AE4E6M-Solidworks.sldprt,"Component part (motor mount or optical holder)."C40FC-A-Solidworks.sldprt,Likely related to fiber optic collimators or connectors (Thorlabs style).CP20S / CP33_M / CP33T_M,Cage system components (Standard 30mm/60mm optical cage plates).ER2 / ER4,Extension rods or cage rods (2-inch and 4-inch variants).LCPN1 / N100X-PFO,Specialized optical components/objective mounts.RC12FC-P01 / SM1A12,Adapter rings and mounting hardware. Technical DetailsSoftware Requirements: SolidWorks (202X or newer recommended) to open .SLDPRT and .SLDASM files. Assembly Note: When opening Assembly 2.SLDASM, ensure all .sldprt files are in the same directory to maintain file references and prevent "missing component" errors. Units: All dimensions are in Millimeters (mm). Usage & LicensingLicense: This dataset is made available under the Creative Commons Attribution 4.0 International (CC BY 4.0). Citation: Please cite this dataset as follows: Xu, N. (2026). CAD Models for Pocket-sized structured illumination module enables sub-80 nm non-linear nanoscopy: supplementary information. Zenodo. [10.5281/zenodo.18646903]