Perforation-aware graphics
Balance image density, open area, and viewing distance for mesh substrates.
Application image: Mesh Banners and Building Wraps UV printing application on production media.
Print perforated mesh banners for fences, scaffolding, building wraps, and facade graphics while balancing open area, color density, and viewing distance.
Share your artwork and substrate details. We aim to respond within one business day with the next validation step.
Mesh printers must balance open area, readable color, seam visibility, and wind-related finishing rather than treating mesh like solid banner media. This route covers fence banners, scaffolding wraps, facade graphics, and other perforated installations.
Balance image density, open area, and viewing distance for mesh substrates.
Produce fence banners, scaffolding wraps, and architectural graphics at scale.
Plan hems, seams, eyelets, welding, and installation loads around the final graphic.
Use a compatible wide roll profile with density and registration settings suited to the mesh openness. Select the ink family for the actual coated media and expected handling, then qualify hems, seams, fixing points, and exposure with the print.
A wide roll-to-roll workflow for continuous mesh, fence-banner, and building-wrap production.
View printer
A high-throughput platform for wide mesh graphics and demanding outdoor campaigns.
View printerPerforated mesh for building wraps, fence banners, facade graphics, and large outdoor displays can be evaluated.
Open area changes perceived density and color, so image treatment and print mode should be qualified on the actual mesh.
Confirm finishing, seams, eyelets, wind exposure, fixing points, readability, and the expected viewing distance.
For pre-purchase guidance, contact SIGNRACER directly and include the same application and substrate context in your message.