Framed Print Artimage Sand Blasted by Anthony Lamb with Glass 93 cm

The Sand Blasted framed print from Artimage features artwork by Anthony Lamb in a square 93 x 93 cm format. The composition pairs an aluminum frame, glass and a photographic paper print, creating a light, open read for interior walls.

The image explores broad light areas and a central focal point, with a solitary tree over dune landscapes in soft tones. This design helps the piece converse with living rooms, entry halls and offices, and fits well above sideboards, sofas or counters.

• Brand: Artimage
• Artist: Anthony Lamb
• Materials: aluminum, glass and photographic paper print
• Dimensions: 93 x 93 x 3 cm
• Weight: 6.61 kg
• Recommended use: indoor spaces

Visual read of the piece

The aluminum frame with glass protection enhances the artwork and keeps the drawing well defined. The photographic paper print supports a clean surface with smooth color transitions and emphasis on the central scene.

Scale and wall presence

At 93 cm wide and 93 cm high, the piece can work on its own as the wall’s main focus or in projects that call for artwork with breathing room around it. The square format makes it easier to hang at different heights and on wider walls.

Where to use

Recommended for interior wall compositions, especially living rooms, entry halls and offices. The light tones and open horizon help keep the wall visually airy.

Care for the piece

For cleaning, use a soft, dry cloth on the glass and frame. Avoid abrasive products and excess moisture on the printed area to preserve the finish over time.

What are the frame’s measurements?

It measures 93 cm in width, 93 cm in height and 3 cm in depth.

What materials make up the piece?

The record lists an aluminum frame, glass and a photographic paper print.

In which environments can this piece be used?

It is recommended for indoor spaces such as living rooms, entry halls and offices.

How should I clean it?

Use a soft, dry cloth on the frame and glass, without abrasive products and without excess moisture.