AmeraLabs Released Three CE Class I Dental Resins
The new suite of 3D-printing materials supports surgical, impression, and try-in dental laboratory workflows.
Updated on Sept. 29, 2026 in Materials Science
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AmeraLabs has released three new CE Class I-marked resins designed for standardized dental laboratory applications. These materials are manufactured at an ISO 13485-certified facility in Europe and are compatible with a range of 3D-printing light sources.
Why it matters
This release expands the company's dental portfolio to include specialized materials for routine laboratory tasks. The resins are formulated to comply with ISO 10993-1 safety standards for medical device components.
The new materials include CIT-25, which supports printing at layer heights up to 200 µm, alongside the SGR-28 surgical guide resin and the TRY-23 try-in resin. All three resins are free from TPO, THFA, MMA, BPA, and phthalates.
The players
AmeraLabs
A Lithuania-based manufacturer of specialized photopolymer resins for additive manufacturing and industrial 3D printing.
The details
These resins cure via photopolymerization, a process using light to trigger chemical chains that turn liquid monomer into solid plastic, compatible with both 385 nm and 405 nm light sources. They are designed for integration with LCD, LED, and DLP 3D printers, which use light-emitting screens or projectors to define the shape of each layer. The company provides specific print settings to ensure these materials meet the performance requirements of clinical laboratory workflows.
Timeline
September 29, 2026: Official publication of the material release details.
The Tech Race
The release of these resins follows broader industry efforts to certify additive manufacturing materials for direct medical and dental use. This launch aligns AmeraLabs with the growing segment of the dental market seeking to replace traditional analog impression and modeling techniques with standardized, printer-agnostic 3D printing workflows.
Dental laboratories using existing LCD, LED, or DLP 3D printers can now integrate these CE-marked materials into their current production pipelines. The resins are designed to work across multiple printer platforms, provided the devices use 385 nm or 405 nm light sources.
The takeaway
This development marks a continued transition toward standardized, certified photopolymers for routine dental diagnostics and procedures. Users should monitor the company for updated processing guides and technical documentation as these resins move into active lab rotations.
Further reading
For broader trends in additive material development, explore the latest updates in Materials Science.
Source note: This article includes information reported by 3D Printing Industry.
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