We can produce custom shaped whiteboards to virtually any shape or design. Using CNC cutting techniques we can accurately reproduce shapes from supplied artwork or by working to a client brief to create a bespoke solution.
The custom shaped whiteboards can be magnetic if required and either wall mounted or light enough to be hand held for use within group exercises. Where boards are to be wall mounted we will supply concealed fixings rails for fitting and larger custom shaped whiteboards can be installed by our experienced fitters.
These boards are the ideal solution for linking displays to a brand image or simply as a unique portable whiteboard. To date we have produced a wide range of custom shapes, everything from speech bubbles to giant tea cups.
If you would like to provide your own artwork in print ready format then please see our artwork requirements or we can work from your brief to develop a design that meets your needs and exceeds expectations!
Projects with Custom Shaped Whiteboards
Browse some project case studies featuring similar custom whiteboards.
Bespoke Magnetic Flower
We were recently asked by Leeds Trinity Students’ Union to create bespoke magnetic flower. The flower needed to freestanding with removableRead more.
Custom Printed Desk Whiteboard
These custom printed desk whiteboards are a recent example of our bespoke design and manufacturing services. We were asked toRead more.
Hanging Whiteboard System
We recently manufactured and installed sets of hanging whiteboards for a client we have worked with on a number ofRead more.
Custom Shaped Whiteboards
At LogoVisual we can produce bespoke custom shaped whiteboards to almost any shape or design. This solution is ideal forRead more.
Large custom shaped display boards
Large custom shaped display boards add fun and creativity to many environments, especially when made magnetic receptive and print elementsRead more.
Funky Shaped Magnetic Whiteboards
As well as the ThinkingWall, we have also produced bespoke made, funky shaped magnetic whiteboards that can be designed withRead more.