Designed to maximize sample imagery and streamline workflow

Layout is optimized for users to concentrate on viewing their samples
All visual information shown on the same coordinate plane for intuitive navigation
Tabs are collapsible to maximize video real estate – fundamentally, laser ablation is a visual technique
Sample maps utilize either camera for in-situ mosaics
Imagery organized into “layers” so the opacity of images from multiple sources can be manipulated independently and viewed simultaneously
Scroll through layers with mouse wheel for optimum viewing

New layout developed around significant user input – long experiments are easier to set up and run
Software functionality is divided into tabs which are organized in order of workflow so users can quickly and intuitively set up experiments
Spreadsheet view of pattern property metadata makes for easy editing, ordering, and export to customizable CSV files
ImageLock improves stage return accuracy to <1 µm using image recognition so the ablation always occurs exactly where it was intended
Roaming Mode enables users to run their experiment … and continue to place patterns simultaneously rather than waiting for the experiment to complete
ICPMS plugins for bi-directional communication and simple experiment planning, ensures data continuity and automatic error handling
Auto-add and auto-distribute functions simplify reference material pattern handling