Infinite Field of View (IFOV) 2020
This video demonstrates improvements to our infinite field of view (IFOV) technology. Feel free to contact us to find out more.
Laser Wobble Technology for Welding, Cutting, Engraving and Marking
Laser wobble is an effective technique that can improve laser welding, cutting, engraving and marking. The primary motion is superimposed with high frequency repetitive patterns such as lines, circles, figure eights and infinities for higher quality weld fillets, wider cutting kerfs and thicker marking widths. Adding a wobble pattern to a primary motion is easy using our software.
Multiple Galvo Scanners & Infinite Field of View (IFOV) with a Single Motion Controller
Using a single motion controller, control multiple Galvo scanners using IFOV technology to make large parts having great detail. By making your process parallel, highest machining efficiencies are achieved. This new technology is ideal for high throughput laser micromachining and 3D printing applications.
Laser Etching a Vector Artwork File
Simply load a vector artwork file into our system and go. The part may be larger than the Galvo scanner field of view. Our motion control system coordinates the XYZ stage and the Galvo scanner automatically, for infinite field of view capability (IFOV)
Advanced Engraving of a JPEG File
Simply load a jpeg file into our system, set an engraving mode and go. The part may be larger than the Galvo scanner field of view. Our motion control system coordinates the XYZ stage and the Galvo scanner automatically, for infinite field of view capability (IFOV)
Collection of Video Clips Demonstrating Precision Laser Manufacturing
Advanced laser based manufacturing is made easy using a Polaris CNC motion control system. Everything you need is included from CAD/CAM software to controllers and drives. Coordinating the XYZ stage and Galvo scanner using Infinite field of view (IFOV) technology makes it easy to make large parts, much larger than the Galvo scanner field of view, without hassle.
F-Theta Lens Pillow-Barrel Distortion Correction using NURBS Surfaces
Stictching errors in both the X and Y directions are eliminated and sub-mircon accuracies are achieved using a combination of non uniform B spline surface (NURBS) corrections and infinite field of view (IFOV) technology.
Infinite Field of View (IFOV) Demonstration
This video demonstrates CNC numerical control with multi-axis coordination of stage motion and Galvoscanner motion. A pulsed laser is being synchronized simultaneously with the motion along the cutting path for accurate, smooth material removal. This technique is often called infinite field of view (IFOV) because the field of view of the Galvoscanner is being automatically extended, without the need for start/stop motion. Using a Polaris motion control system in this manner with F-theta lens correction also eliminates stitching error.