Professional Dithering for Laser Engraving
Convert grayscale detail into controlled dot patterns that a laser can reproduce more predictably on real materials.
Built around real laser preparation
PixGrav focuses on the image-processing stage before production, helping you create cleaner, more controlled artwork for engraving workflows.
Multiple dither methods
Compare different error-diffusion and threshold approaches instead of relying on one fixed conversion.
Detail preservation
Balance fine detail against material response and machine resolution.
Laser-ready sizing
Process at the target physical size and resolution instead of resizing after dithering.
Workflow
Keep image preparation structured and repeatable before you tune the machine itself.
Why prepare the image first?
Laser speed, power, frequency, focus and material response cannot compensate for a poorly prepared source image. A controlled preprocessing stage makes testing easier because the artwork stays consistent while machine parameters change.
Frequently asked questions
Which dithering method is best?
There is no universal winner. The best method depends on material, spot size, DPI and the tonal structure of the image.
Should I resize before dithering?
Yes. Dithering should normally be applied at the final engraving resolution so the pattern is not distorted later.
Is dithering useful for wood?
Yes. It is especially useful for photographic engraving where the material cannot reproduce continuous grayscale directly.
Prepare your next engraving file in PixGrav
Use the laser-focused workflow for image enhancement, background cleanup, resizing, dithering and other preparation tools.