Frequently Asked Questions
Absolutely! We specialize in custom designs. You can provide your own artwork, logos, or images, or work with our design team to create a unique mural. Our team will review your design to ensure it’s suitable for printing and can make adjustments if needed.
Our vertical wall printers can print on a wide range of surfaces, including drywall, plaster, brick, concrete, wood, glass, and metal.
Yes, we use eco-friendly, UV-curable inks that are non-toxic, odorless, and safe for all environments.
UV lights integrated into our wall printer’s printhead instantly cure the ink with each pass, ensuring your mural is nearly dry upon completion. The printed surface may feel slightly tacky for about an hour post-printing, but the ink is fully adhered and won’t transfer if touched. No additional drying time is required!
Our printer is designed to print exclusively on vertically oriented surfaces. However, this limitation is easily overcome with our custom mounting system, which allows us to position most objects vertically during printing. We can print on a variety of surfaces, including doors, tables, canvases, sheet metal, fabrics, and glass. After printing, the object can be returned to any orientation.
Unfortunately, our printer cannot accommodate significantly curved or graded surfaces due to its design limitations.
During our site visit to measure your space for printing, we’ll identify any obstacles, such as light switches, outlets, internet jacks, electrical panels, cracks, damage, or windows. We can work around these by designing the mural to accommodate them, taping over them during printing, or arranging for their temporary removal and reinstallation after printing. Our team ensures your mural is perfectly tailored to your space!
The UV ink we use cures and hardens on the wall or printed surface, providing excellent durability. You can clean the print directly with wet wipes, isopropyl alcohol, Simple Green, soap and water, sprays, or other industrial cleaning products without damaging the surface.