A crosslinking agent (glutaraldehyde) was selectively inkjet printed at predetermined locations onto a sheet of virgin gelatin and washed to create biocompatible scaffolds of bespoke shapes. Fibroblasts were seeded onto these scaffolds and were shown to proliferate with no detrimental effects for 3 days compared to controls. This method of creating biocompatible scaffolds takes advantage of inkjet printing's ability to create complicated designs without compromise at a range of fibre diameters from as thin as 80µm. Fibroblasts were seen to cover the entire surface. Future research will be focused on using such technology in nerve repair.