Design tools dedicated to editing MEMS layouts. ◆ Multi-layer layout editing function; ◆ Boolean operations can be performed on the layout; ◆ Perfect combination of shape and topology; ◆ Automatically generate the optimal device structure layout; ◆ Can read files in BMP, JPG, PNG and other image formats; ◆ It can automatically generate a series of new units to the specified layer through the existing layer according to certain rules; ◆ Automatically simplify and cut polygons with too many vertices; ◆ Able to draw complex layouts such as ellipse, arc, irregular curved edge and sine curve; ◆ Parameter script editing function: changing device parameters can quickly and easily modify the device structure, greatly shortening the design time; ◆ Modify or create new parameter scripts; ◆ Create complex layouts using cell-based VBS scripts; ◆ Complete GDSII file conversion function; ◆ Compatible with industry mainstream file formats GDSII, MSK, DXF; ◆ Support DESIGN RULE CHECK; ◆ Supports various Boolean operations on the layout, which can easily create complex structures; ◆ Fully support CELL layered structure; ◆ Process preview of 3D structure; ◆ Provide Measurement and dimensioning tools, which can easily mark the layout.
A powerful tool for interactive editing of 3D models of devices. ◆ Cartesian coordinate and polar coordinate grid point to assist in creating the optimal model of the device; ◆ Snap to grid or snap point (including midpoint, intersection and split point, etc.); ◆ Input layout (GDS, DXF or VEC format) to optimize the model; ◆ Perform grid subdivision for specified parts, such as spider web, zipper and divergent; ◆ Compatible with ANSYS, ABAQUS, PATRAN, I-DEAS format; ◆ Can solve large-scale matrices; ◆ Easily modify the thickness and gap of the structure; ◆ Automatically verify grid quality and correctness; ◆ The model is directly generated from the 2D layout and divided into hexahedral meshes; ◆ Automatically correct disconnected grids (when the number of grids is small); ◆ Create a sloped grid.