Sandcarving vs. Laser Engraving

8th May 2017

Sandcarving vs. Laser Engraving

When it comes to personalization methods and different ways to etch or engrave, there are a lot of options in the market to choose from. Outlined below are important aspects of comparing and contrasting sandcarving, a high-quality process, versus laser engraving, a mid-to-low end of the spectrum process.

Sandcarving

  • Sandcarveable materials include; glass, crystal, granite, marble, stone, ceramic, wood, stainless steel, painted or powder coated metals, plastic, acrylic and any other brittle substrate
  • Sandcarving removes the material which leaves a permanent etch
  • Sandcarving creates a smooth finish unlike a rough cut path with laser engraving
  • Sandcarving creates sharp and clean lines with super fine detail capabilities
  • Deep carving capabilities translates to a higher value and ultimate WOW factor
  • Sandcarving is a quick process, 10-15 times faster compared to laser engraving
  • Multi-level, three-dimensional etching capabilities also known as stage carving
  • Ability to sandcarve complex compound curves including wine glasses, glass spheres and more
  • Frosting and photograph etching capabilities – unique only to sandcarving
  • Project size is limitless! Sandcarve any size substrate, from small trophies to large architectural doors, walls or windows

Laser Engraving

  • Laser engraveable materials include; plastic, acrylic, wood, glass, crystal, ceramic, stone and other brittle substrates
  • Laser engraving is microfracturing the material or substrate by directing a high intensity beam of light generated from CO2 to the surface of the substrate
  • Final etch shows lines from the raster motion of the laser
  • Laser engraving scratches the design into the glass and has no depth
  • Lasering creates shavings to remove when finished
  • This is a slower etching process compared to sandcarving
  • Lasering is not capable of multi-level etching
  • Lasering is not capable of etching compound curves without a jig
  • The size of the substrate is restricted to the size of the laser