Scan Post Internal Hex 3.5 Platform - Starter Kit

Scan Post Professional and Starter Kit compatible with Tecom®

• Fits with: Tecom® - Screw Tapered Ø3.7 - Ø4.1 IH 3.5 RP
• Platforms: RP
• Material: Titanium (Ti-6AL-4V-ELI) | PEEK - POLYETHER ETHER KETONE
• Recommended Torque Tightening: 20 NCM
• Required Screwdriver: 0.5" | 1.25mm Hex

What's included?

Starter Kit

• 1 - Straight Scan Post H 0.5 mm - 3 pcs
• 2 - Straight Scan Post H 1.5 mm - 3 pcs
• 3 - Straight Scan Post H 3 mm - 2 pcs
• 4 - 20° Angled Scan - Standard A Type - 1 pcs
• 5 - 20° Angled Scan - Standard B Type - 1 pcs
• 6 - 20° Angled Scan - Anterior A Type - 1 pcs
• 7 - 20° Angled Scan - Anterior B Type - 1 pcs
• 8 - Hand Driver

UniBase Scan Posts – Precision Made Simple

The Scan Post is a high-accuracy abutment-level scan flag designed as part of our UniBase System, streamlining communication and workflow between dentists and lab technicians.

Simplified Workflow

Each Scan Post corresponds to a matching abutment with the same gingival height and angulation. This one-to-one correspondence eliminates guesswork and ensures a seamless digital workflow from scan to final restoration.

Smart Clinical Choice

During intraoral scanning, the dentist simply selects the Scan Post that matches the desired gingival height and angulation. This step instantly defines the correct parameters for the restoration, allowing the dentist to focus on clinical precision rather than manual adjustments later.

Perfect Lab Coordination

Once scanning is complete, the case is sent to the lab along with the corresponding Ti-Base components. This ensures the technician receives the exact geometry chosen at the chairside — leading to a faster, more accurate, and predictable restoration process.

Key Benefits

• Abutment-level accuracy for optimal digital impressions
• One-to-one match between Scan Post and abutment geometry
• Easy chairside selection of gingival height and angulation
• Seamless coordination between dentist and lab
• Reduced chair time and improved restoration consistency