Process Overview – Glass Etching of Colorado Springs

We use a professional sandblasting process, not chemical etching or laser marking. This allows for deeper, more consistent, and longer-lasting results—especially on architectural glass like shower doors and panels.

Two people review architectural plans and a 3D digital model on a large monitor in a professional design studio.

1. Design & Layout

Each project starts with a custom digital design. We size and scale the artwork to fit the exact glass dimensions, ensuring proper alignment across panels, doors, and returns.

2. Resist Film Application

We apply a specialty resist film (stencil material) to the glass surface.

The design is cut into the film, and then hand-weeded—removing only the areas that will be etched. This step is labor-intensive and critical for clean, sharp lines.

A person in a studio uses a craft knife to precisely cut a complex blue stencil design on a glass surface.
Artist spray-painting a blue abstract canvas in a studio workshop

3. Sandblasting (Mechanical Etching)

We etch the exposed glass using aluminum oxide abrasive media, typically ranging from:

  • 80 grit (deeper, more aggressive cuts)
  • up to 220 grit (finer, softer finishes and gradients)


This is a controlled mechanical process, not acid-based, which allows us to:

  • Create depth and texture
  • Produce fade/gradient effects
  • Maintain consistent quality across large panels

4. Multi-Stage Etching (if applicable)

For higher-end designs, we use layered blasting techniques to create different depths and shading. This gives a more dimensional, custom look compared to flat etching.

Two people in masks and gloves operate a spray booth to apply a finish to a textured, decorative panel.
Two people wear protective gear and gloves while working together to etch or clean a detailed glass piece in a studio.

5. Cleaning & Finishing

After blasting, the resist is removed and the glass is thoroughly cleaned.

6. Protective Coating (Value Add)

We apply a protective coating such as:

  • Invisible Shield (nano-coating) or
  • Diamond-Fusion re-application (when applicable)


This step:

  1. Repels water, soap scum, and minerals
  2. Makes cleaning significantly easier
  3. Helps protect the etched surface long-term


Why Our Process is Different

  • No acids or chemicals (safer, more controlled, better finish)
  • True etched depth, not surface marking
  • Custom gradients and multi-depth designs
  • Protective coating included for longevity and performance
Two craftspeople in aprons apply a cleaning solution to a glass sheet with an etched floral pattern in a workshop.