Icaro Laser Software Manual

ICARO is a proprietary CAM software from SEI Laser designed for industrial-grade laser cutting, engraving, and marking, featuring advanced object-based editing and 3D cutting capabilities. It supports Industry 4.0 integration, managing high-speed motion, automatic Z-axis adjustments, and CCD camera systems. Access the full ICARO user handbook and documentation via Scribd and SEI Laser's resources. For more details, visit SEI Laser documentation

This guide assumes a generic Icaro-branded laser system (common in industrial alignment, engraving, or distance measurement). Adjust specific commands/UI names if your version differs. icaro laser software manual


7. Maintenance and Backup

The final chapter focuses on long-term reliability: ICARO is a proprietary CAM software from SEI

3. Installation & First Launch

4.2 Dynamic Power Modulation (DPM)

For rotary engraving or curved surfaces, constant power burns unevenly. Database Backup: ICARO stores all material parameters in

1. Introduction

The Icaro software suite is designed for the control of galvanometric laser marking systems. Unlike general-purpose graphic design software, Icaro is engineered to calculate the precise dwell time of a laser beam on a substrate. The accompanying manual is structured to guide operators from initial setup to complex 3D surface engraving. This paper examines the manual’s organization to delineate the standard workflow required for safe and efficient laser operation.

Issue 3: ICARO freezes when sending a large file.

3. Basic workflow (step-by-step)

  1. Create or import artwork (SVG, DXF, PNG, JPG, BMP).
  2. Arrange and scale on canvas to match material size.
  3. Assign each object to a layer and set mode: Cut, Engrave, or Score.
  4. Set layer parameters:
    • Power (% or W)
    • Speed (mm/s or mm/min)
    • Frequency (kHz) — for pulsed CO2/diode lasers
    • Passes — number of repeats
    • Direction — vector cut direction (auto, clockwise, counterclockwise)
  5. Select focus method and set focal distance (auto if machine supports).
  6. Choose origin (absolute, relative, or a user-defined corner) and enable air assist/camera if available.
  7. Run a dry run/preview to verify paths and order.
  8. Click Start to send job to machine; monitor progress via the Console and Preview.