TrazaLab structures every bridge case so the lab knows bridge type, abutment and pontic teeth, connector design, material, and pontic form — before opening a single file.
Each bridge type has different clinical requirements. TrazaLab captures the right fields for each one — so nothing is assumed.
The surgeon fills out the bridge prescription in TrazaLab. You receive the complete case: bridge type, abutment and pontic teeth mapped, material, pontic design, connector type, shade, and all files attached.
No phone call. No WhatsApp audio. No guessing if the prep photos match the scan. Everything structured, everything in one place.
Not marketing claims. Published systematic review data comparing the three main bridge materials.
| Material | Flexural Strength | 5yr Chipping | 5yr Survival | Best For |
|---|---|---|---|---|
| Monolithic Zirconia | 900–1200 MPa | 0% | 87.9–92.9% | Posterior, bruxism, long spans |
| PFM | 500–800 MPa | 7.6% | 91.3% | Universal, proven track record |
| E.max (Lithium Disilicate) | 360–400 MPa | >10% | 82.5% | Anterior only, ≤3 units |
Every number below comes from a peer-reviewed systematic review. Click the source to verify on PubMed.
Six structured fields. No free-text guessing. The surgeon selects, the lab receives — complete and validated.
10 bridge-specific checks the lab runs before milling or pressing. Structured in TrazaLab so nothing is missed.
Calculate survival rates, material recommendations, and clinical considerations for any bridge configuration. Based on published systematic review data.
All clinical data on this page comes from peer-reviewed systematic reviews and meta-analyses.
Start with a bridge case. See how it feels when every field arrives filled, every file attached, and every question answered before you open CAD.