ApplicationNanjing, ChinaFounded 2015· One of 462 Application companies tracked by AMPulse
Triastek is developing innovative 3D printed pharmaceuticals that revolutionize oral drug delivery by enhancing formulation efficiency and optimizing drug release profiles.
3D printed pharmaceuticals, Melt Extrusion Deposition (MED) process, three IND (Investigational New Drug) applications filed.
Technological Advantage
Enables continuous, customizable tablet fabrication improving drug absorption and stability while significantly reducing development timelines.
Differentiation
Value Proposition
Enhancing formulation development efficiency and optimizing drug release profiles through proprietary 3D printing technology.
How They Differentiate
First mover in continuous 3D printed drug manufacturing with unique tablet geometries and a strong focus on digital drug development.
Market & Competition
Target Customers
Pharmaceutical companies and patients seeking advanced drug delivery solutions
Industry Verticals
Pharmaceuticals, Healthcare, Drug Development, Manufacturing
Competitors
Aprecia Pharmaceuticals; FabRx
Growth & Milestones
Growth Metrics
Advanced multiple products into clinical stages with several FDA IND clearances
Major Milestones
FDA IND clearance for its 3D printed product T20G, Successful IND clearances for T19, T21, and T22, Collaboration and platform technology license agreement with BioNTech for oral RNA therapeutics, Completion of $20.4 million funding round
Notable Customers
BioNTech (research partnership for 3D-printed oral RNA therapeutics), Boehringer Ingelheim GmbH (partnership for novel drug development).
Triastek occupies a distinctive position at the intersection of additive manufacturing and pharmaceutical development, focusing on oral solid dosage forms rather than medical devices or bioprinting. Its proprietary Melt Extrusion Deposition (MED) process enables continuous fabrication of tablets with controlled internal geometries that modulate drug release profiles, a capability that conventional compression or molding cannot replicate. This positions the company as a first mover in continuous 3D printed drug manufacturing, differentiated from earlier entrants such as Aprecia Pharmaceuticals and FabRx.
The MED process combines melt extrusion with layer-by-layer deposition, allowing precise control over porosity, density, and dissolution characteristics within a single tablet. Triastek has filed three Investigational New Drug applications with the FDA and received IND clearances for products including T20G, T19, T21, and T22. The company has also entered a research partnership with BioNTech to develop 3D-printed oral RNA therapeutics, extending its platform beyond small molecules into biologics.
Triastek targets pharmaceutical companies seeking to accelerate formulation development and improve bioavailability of poorly soluble compounds. Partnerships with Boehringer Ingelheim, Eli Lilly, Merck, and Siemens suggest the platform is being evaluated across multiple therapeutic areas. The company has raised approximately $122.4 million from investors including Tasly Holding Group, Morningside Venture Capital, and Matrix Partners China.
A key open question is whether the MED platform can achieve the throughput and cost parity required for blockbuster drug production, or whether it will remain a niche tool for high-value, low-volume therapies. The BioNTech collaboration for oral RNA therapeutics, if successful, could open a new category and validate the technology beyond conventional small molecules.