Rapidly print patient-specific parts at the point of care and bring innovative R&D and commercial production in-house with the Form 3B+, an advanced 3D printer for healthcare professionals and medical device engineers.
XY Resolution:
25 microns
Advanced Low Force Stereolithography (LFS)™ technology uses a flexible resin tank and a custom-designed, user-replaceable Light Processing Unit (LPU) to produce consistent, accurate prints. Reduced peel forces lead to incredible surface finish and part clarity, right off the printer.
Access a library of over 30 materials compatible with the Form 3B+. Our technology has been validated in multiple FDA-cleared workflows and we develop and manufacture our own biocompatible materials in an ISO 13485 certified, FDA-registered facility. Parts can be sterilized using steam, e-beam, gamma, or EtO.
Build Volume:
14.5 × 14.5 × 18.5 cm
5.7 × 5.7 × 7.3 in
Print 2-3 times more parts in a single build compared to small build plate DLP printers to spend less time handling your printer and more time on high-value tasks. Production environments can see 55% less labor time and costs compared to DLP. A modular ecosystem allows for unmatched consistency, scalability, and redundancy.
XY Resolution:
25 microns
Advanced Low Force Stereolithography (LFS)™ technology uses a flexible resin tank and a custom-designed, user-replaceable Light Processing Unit (LPU) to produce consistent, accurate prints. Reduced peel forces lead to incredible surface finish and part clarity, right off the printer.
Access a library of over 30 materials compatible with the Form 3B+. Our technology has been validated in multiple FDA-cleared workflows and we develop and manufacture our own biocompatible materials in an ISO 13485 certified, FDA-registered facility. Parts can be sterilized using steam, e-beam, gamma, or EtO.
Build Volume:
14.5 × 14.5 × 18.5 cm
5.7 × 5.7 × 7.3 in
Print 2-3 times more parts in a single build compared to small build plate DLP printers to spend less time handling your printer and more time on high-value tasks. Production environments can see 55% less labor time and costs compared to DLP. A modular ecosystem allows for unmatched consistency, scalability, and redundancy.
The Form 3B is a part of a 3D printing ecosystem that’s easy to learn and use and requires little intervention or maintenance.
Import scan data into Dental Design software, where the virtual design takes place.
Import the designed CAD files into PreForm print preparation software for print setup and send them easily to a Formlabs printer.
Wash, dry, and post-cure printed parts. These parts can then be used intraorally or be used to produce various indications.
Using Surgical Guide Resin, the Form 3B consistently produces high accuracy surgical guides to help you guarantee accurate implant placement.
Temporary CB Resin is a tooth-colored resin for 3D printing of temporary crown and bridge restorations, inlays, onlays and veneers. Indicated for up to seven-unit bridges and available in 4 VITA shades, this highly filled material provides excellent marginal adaptation, strength, and aesthetics. Use traditional temporary cements to attach restorations produced with Temporary CB Resin for up to 12 months.
Formlabs is expanding access to digital dentures with an efficient, cost-effective manufacturing solution, Formlabs Digital Dentures. Class II long-term biocompatible Denture Base Resin and Denture Teeth Resin enable dental professionals to produce 3D printed dentures accurately and reliably. Digital denture manufacturing fits seamlessly into traditional clinical protocol, but is also ready for purely digital workflows once they become widely adopted.
Custom Tray Resin is a Class I biocompatible, fast printing biocompatible material for the direct printing of custom impression trays that can be used for crowns and bridges, implants, dentures, and other comprehensive cases. The use of digitally created custom impression trays provides consistent, accurate, impressions, and improved patient outcomes. This material can be used to print impression trays in under one hour, reducing labor time and enabling higher throughput.
