FAQS

What is wall printing?

Direct-to-wall printing is an advanced process utilizing vertical robotic technology to print high-resolution artwork directly onto surfaces, eliminating the need for vinyl or wallpaper.

What surfaces can you print on?

Our advanced wall-printing machines work best on painted drywall, plaster, concrete, sealed masonry, brick, wood, glass, metal, and tile surfaces.

How long does it take?

Most commercial installations are done within 1-4 days depending on scale. We work around your schedule to minimize disruption.

How durable is it?

The UV-cured ink is instantly dry, highly durable, scratch-resistant, and maintains its vibrancy for years indoors, and is resilient outdoors against weather elements.

What is the minimum cost?

Project cost depends entirely on the scope, size, and complexity of the project. $1500 minimum. Call or fill out our Contact Form for a free estimate + mockups!

How can I get a discount?

We offer a marketing partnership rate for clients who allow a small branded QR signature that drives traffic and future referrals.

Significant discounts available for multiple prints within one location & franchises.

Is it much better than vinyl?

For most commercial applications, yes, it makes a huge difference. Vinyl decals peel at the edges, cannot adhere to textured surfaces like textured drywall, brick or concrete, require replacement every 2–4 years, and leave adhesive residue when removed. Direct-to-wall UV printing is permanent, seamless, works on any surface, and lasts 10+ years with no maintenance. The only time vinyl decals make sense is for truly temporary installations (under 6 months) on perfectly smooth surfaces.

Is it safe?

UV wall printing uses ultraviolet light to instantly cure and bond ink directly to the wall surface as it prints. The result is a print with zero VOC off-gassing after installation, making it safe for healthcare facilities, schools, and food-service environments. Once cured, UV inks are non-toxic, moisture-resistant, and scratch-resistant.