0 additive manufacturing companies serving the Dental industry, tracked by AMPulse. Browse profiles, funding rounds, and technology details.
Updated
Additive manufacturing in Dental is the use of additive manufacturing within dentistry: clear aligners, surgical guides, dental models, crowns, bridges, and removable partial denture frames.
Why AM fits Dental: Dental is the single largest commercial application of AM by units printed. The economics are uniquely favorable: small parts, fast turnaround, high reimbursement per piece, and a regulatory frame mature enough for predictable qualification. Clear aligners alone consume more printed resin per day than all of aerospace AM combined.
Common AM processes: VPP-SLA, VPP-DLP, VPP-LCD, MJT, PBF-LB for cobalt-chrome frameworks. Typical materials: biocompatible photopolymers (aligner-grade), surgical guide resins, cobalt-chrome, zirconia.
Dental AM revolves around three workflows: clear-aligner thermoforming models (highest volume, currently dominant), surgical guides (mid-volume, growing), and direct production of crowns / frameworks / dentures (lowest volume but highest margin per piece). Align Technology operates the largest captive dental AM facility in the world, with hundreds of SLA machines producing aligner thermoforming molds. The post-SmileDirectClub re-consolidation reinforced the clinic-dispensed aligner model (Invisalign, ClearCorrect, Spark), which has higher AM consumption per case than DTC.
Align Technology, ClearCorrect (Straumann), and Spark/Ormco anchor aligner production. SprintRay, Asiga, and 3D Systems NextDent dominate the chairside dental DLP segment. Formlabs Dental targets the same workflow with a more open ecosystem. Stratasys Origin (post-Origin acquisition) competes in production aligner molds. EnvisionTec, now Desktop Metal, has the longest pedigree in dental DLP. Carbon's dental partnerships (Dentsply Sirona, Glidewell) are increasingly relevant as Carbon resin chemistry matures.
Dental AM growth continues at a 20–30% CAGR through 2028, driven by aligner penetration in Asia and Latin America, growing surgical guide adoption, and same-day chairside crown workflows. The technology risk is minimal; the market risk is regulatory or reimbursement changes affecting aligner pricing.
Additive manufacturing in Dental is the use of additive manufacturing within dentistry: clear aligners, surgical guides, dental models, crowns, bridges, and removable partial denture frames.
AMPulse tracks 0 companies serving the Dental vertical. Leading examples by funding include various companies tracked by AMPulse.
Dental most commonly uses VPP-SLA, VPP-DLP, VPP-LCD, MJT, PBF-LB for cobalt-chrome frameworks. Typical materials include biocompatible photopolymers (aligner-grade), surgical guide resins, cobalt-chrome, zirconia.
Dental is the single largest commercial application of AM by units printed. The economics are uniquely favorable: small parts, fast turnaround, high reimbursement per piece, and a regulatory frame mature enough for predictable qualification. Clear aligners alone consume more printed resin per day than all of aerospace AM combined.