Bant Dental has transitioned its Macclesfield, UK-based laboratory to a 95% digital workflow through the adoption of the Stratasys J5 DentaJet 3D printer. Supplied by SYS Systems, the PolyJet-based system enables the production of monolithic, full-colour dental components including dentures, surgical guides, and implant models. The integration of Stratasys TrueDent resin allows for the creation of aesthetic, CE-marked prosthetic devices, replacing traditional analogue manufacturing processes that previously required significantly higher labor inputs. Co-founders Steve and Susan Bant and Digital Lab Manager Dan Bant oversaw the facility upgrade, which leverages the J5 DentaJet's multi-material, multi-color capabilities to reduce production time and increase output volume.

The adoption of PolyJet technology in dental laboratories reflects a broader trend of moving from manual wax-ups and casting to high-throughput digital additive manufacturing. While competitors like Formlabs (SLA) and Desktop Health (DLP) offer lower-cost entry points for dental models, the Stratasys J5 DentaJet occupies a premium segment by offering multi-material, full-color capabilities in a single print run. This capability is critical for labs aiming to produce monolithic, patient-specific dentures that mimic natural gingival and tooth translucency. The shift towards digital dentistry is currently driven by the need for increased throughput and the reduction of human error in complex prosthetic fabrication, with the UK market seeing a 350% increase in dental AM sales for SYS Systems over the past year.

For dental labs, the transition to the J5 DentaJet requires a fundamental shift in digital design proficiency and material management rather than just hardware acquisition. The primary value for Bant Dental lies in the consolidation of multiple production steps into a single, automated print cycle, which directly improves labor efficiency. Labs looking to replicate this model must ensure their digital design software and staff training are aligned with the specific requirements of multi-material PolyJet workflows to maximize the return on investment.