FUGO Debuts Model A at LMT Lab Day: First Patented Centrifugal Vat-SLA

FUGO Precision 3D unveiled the commercial Fugo Model A at LMT Lab Day on January 27, 2026, presenting what the company bills as the first patented centrifugal vat‑photopolymerization platform. The system combines an unusual centrifugal approach to resin handling with an integrated post-print workflow, promising sub‑30 µm accuracy, up to 10× throughput versus traditional SLA, and a 90% automated post‑print process.

The centrifugal architecture rotates the vat to control resin dynamics inside the build area, allowing faster layer cycles and more consistent resin distribution than gravity‑fed vats. At the show, FUGO demonstrated an integrated wash, dry, and cure workflow running on the Model A, highlighting how automation moves manual bench tasks into a single system. FUGO plans production deliveries in Q1 2026 and is engaging pilot customers in dental, hearing health, aerospace and defence segments ahead of volume shipments.

For dental and hearing health labs, the Model A's sub‑30 µm accuracy addresses precision demands for crowns, prosthetics, and custom ear devices while the automation promises to reduce hands‑on post‑processing time. Aerospace and defence users may prioritize the stated throughput gains and repeatability when scaling prototypes and small batch parts. Across service bureaus and in‑house production, a platform that handles washing, drying, and curing internally can shrink footprint, simplify operator training, and reduce manual transfer errors that create rework.

The Model A’s performance claims, if realized in pilots, target two chronic pinch points in polymer vat printing: slow layer cycles and labor‑intensive post‑print finishing. Faster layer times improve throughput per build platform while centrifugal control of resin may lessen peel stresses that limit speed on conventional bottom‑up SLA machines. The integrated post‑print automation addresses the workflow gap that often dictates staffing and throughput limits in high‑mix labs.

Practical considerations remain for shops and clinics evaluating the Model A. Verify resin compatibility with approved materials, assess software and file‑handling integration for existing lab information systems, and factor in facility requirements for a rotating vat system. FUGO’s pilot program offers an early look at real‑world throughput and yield metrics; those results will be critical for procurement decisions.

What matters next is how FUGO’s pilots validate throughput, accuracy, and long‑term reliability ahead of Q1 2026 deliveries. Expect early adopter reports to shape adoption across dental, hearing health, aerospace, and defence workflows, and prepare to adjust shop layouts and staffing models if centrifugal vat‑SLA delivers on its promise.