Scan Efficiently
Learn how to capture the complete digital records needed for an efficient, predictable BioSeal implant restoration.
Why BioSeal
Designed around the tissue, not just the crown.
BioSeal focuses on implant restorative design that supports the soft tissue, improves emergence, and helps dentists deliver predictable esthetic implant crowns and full-arch restorations.
Advanced Surface Preparation — Every BioSeal zirconia implant restoration undergoes an enhanced finishing protocol. Restorations are meticulously polished, treated with the Siladent surface protocol, and conditioned using the Plasma X Motion™ system. This process is designed to optimize zirconia surface cleanliness and wettability, supporting soft-tissue adaptation and promoting an environment favorable for tissue health.
Biologic design
Tissue Harmony
Digital precision
Custom Emergence
Surface protocol
Ultra-Polished Zirconia
Esthetic planning
Shade Communication
Clinical education
Educational Video Library
Practical guidance for efficient records, predictable design, and BioSeal's restorative workflow.
Ti-Base Cementation
A step-by-step educational overview of the Ti-base cementation workflow.
Scan Session X
A complete scanning-session demonstration designed to help dentists capture the records BioSeal needs for an efficient restorative workflow.
Before & After's
A visual before-and-after comparison showing the transformation achieved with BioSeal restorations.
Implant Crown to Direct TiBase — Moderately Difficult Design (Part 1)
This Part 1 design demonstration shows an implant crown made directly to a 4526 TiBase. Part 2 will use the same case files and demonstrate a split-crown design.
Custom Healing Abutment Design
An educational design demonstration showing the digital workflow for a custom healing abutment.
#29 Implant crown w/direct tibase 4026
A design walkthrough for an implant crown on #29 fabricated directly to a 4026 TiBase.
Transparent lab fees
Implant Restoration Pricing
A video of the design is included with each implant restoration.
Screw-Retained Crown
$340.00
Implant restoration direct to Ti-base.
Split Crown
$460.00
Cement-retained crown with a custom abutment.
Custom Healing Abutment
$100.00
Call to coordinate BioSeal's time during the surgery day.
Titanium Custom Abutment
$600.00
Titanium custom abutment with crown.
Full-Arch Restoration
Call for pricing
Contact BioSeal to discuss the full-arch case and restorative workflow.
Before submitting a case
Requested Records
Complete records help BioSeal fabricate an ideal implant restoration.
Scans & Radiographs
- X-ray verifying the scan body is fully seated
- Vertical bitewing showing the interproximal bone crest
- Full upper scan
- Full lower scan
- Bite scan
- Full tissue scan
- Scan-body scan with minimum adjacent contacts—ideally a quadrant scan
Photographs
- Shade-tab photographs with a minimum of three shade tabs
- Retracted photographs for esthetic cases
- Photographs of the mirrored tooth, when applicable
Case & Component Details
- Patient name, requested return date, and tooth/site
- Restoration and material selection
- Final, prototype/try-in, or design-approval request
- Implant description: AR, BDNC, BDRC, or direct to MUA
- Screw type for MUA restorations
- Manufacturer/system only for a non-MegaGen scan body
- Confirm adjacent teeth were adjusted, did not require adjustment, or request design guidance
Case-driven design
BioSeal Fabrication Goals
Pursued whenever implant depth, restorative space, occlusion, component compatibility, tissue anatomy, and submitted records permit.
Interproximal Contacts
Position the contact point 5 mm or less from the interproximal bone crest, using the submitted bitewing as the reference.
Standard Ti-Base
Use a 1.5 mm cuff and 6 mm post height (4026/4526) when implant depth and occlusion permit.
Custom Healing Abutment
Use a 4035/4535 Ti-base when clinically compatible.
Surface Protocol
Ultra-polish, complete a Siladent bath, and plasma-treat before and after Ti-base seating. No glaze is applied unless specifically requested.
Critical Zone
When possible, create approximately 1.0–1.5 mm of critical-zone tissue pressure while maintaining adequate subcritical/apical relief for blood supply and avoiding excessive compression. Tissue shaped by a stock healing abutment may limit this goal.
Dentist resources
BioSeal Laboratory Prescription
Download the current BioSeal Implant Lab RX, complete the requested case information, and submit it with all required scans, radiographs, and photographs.
Clinical education
Foundation Implant Training
Explore comprehensive surgical and restorative training courses designed to advance your implant dentistry practice.
Start a case
Send your implant case to BioSeal Implant Lab
Email your scans, photos, and case details to begin the design process.
Email BioSeal Digital Integration
Ways to Send
Connect directly through your preferred digital scanner portal.
