Projection Mapping
Ktech's projection mapping service projects imagery onto complex, non-flat surfaces — a building facade, an irregular object, a themed installation — matched precisely to the physical geometry rather than a flat rectangle.
How Alignment Actually Works
Projection mapping uses a semi-automatic alignment process — lining up well-defined points or features in the projected image with their physical counterparts on the real surface. The software then works out the projector's actual position, angle and focal length to match the geometry precisely.
Masking Respects the Real Shape of the Surface
Masking blocks out parts of the projected image on a per-projector basis — doors, windows, or other features you don't want covered — independently of the content itself. This is what makes the mapping look intentional and precise, rather than imagery simply washed over everything in its path.
From Small Installations to Entire Buildings
Building-Scale Mapping
Multiple synchronised, edge-blended projectors can cover a facade far larger than any single projector could reach alone.
Smaller Installations
The same underlying technique scales down to retail displays, themed spaces and smaller objects, not just large building shows.
Unlike a flat screen, projection mapping can be matched to arbitrarily complex 3D geometry — curved, irregular or angled surfaces included.
Why Choose Ktech Media Solutions?
Quality
Alignment and masking configured to precisely match your surface's real geometry.
Performance
Sized correctly whether it's a small object or an entire building facade.
Reliability
Tested against the actual physical surface before showtime.
Transparency
We'll recommend the right scale of system for your project, not oversell hardware you don't need.
Frequently Asked Questions
Projection mapping projects imagery onto complex, non-flat surfaces — a building facade, an irregular object, a themed installation — using masking and alignment tools to precisely match the projected image to the physical geometry, rather than projecting onto a flat screen.
Through a semi-automatic alignment process — lining up well-defined points or features in the projected image with their physical counterparts on the real surface. The software then works out the projector's actual position, angle and focal length to match.
Yes — large-scale building mapping is a well-established use of this technology, using multiple synchronised, edge-blended projectors to cover a facade far larger than any single projector could reach.
Masking blocks out parts of the projected image on a per-projector basis — doors, windows, or other features you don't want covered — independently of the content itself, so the mapping respects the real shape of the surface.
Yes — this is one of its core strengths. Unlike a flat screen, projection mapping can be matched to arbitrarily complex 3D geometry, not just flat rectangles.
No — the same underlying technique scales down to smaller installations, retail displays and themed spaces, not just large building-scale shows.
We focus on the technical configuration — the projectors, media server and alignment — and can work alongside your content team or help coordinate content creation as needed.
Explore More Projection & Media Server Solutions
Planning a Show or Installation?
Tell us your venue, surfaces and projector count, and we'll recommend a system that actually fits — not a generic package.