Multi-Unit Abutment | Angled | MIS Seven & Lance Plus Compatible | ImplantsKart

Multi-Unit Abutment | Angled | MIS Seven & Lance Plus Compatible

Multi Unit 17 Degrees / 3 mm / Standard
Rs. 3,500.00 INR
Sale price  Rs. 3,500.00 INR Regular price 
Skip to product information
Multi-Unit Abutment | Angled | MIS Seven & Lance Plus Compatible | ImplantsKart

Multi-Unit Abutment | Angled | MIS Seven & Lance Plus Compatible

Rs. 3,500.00 INR
Sale price  Rs. 3,500.00 INR Regular price 
Shipping calculated at checkout.
Angle
Gingival Collar height
Platform

🚚 Free Shipping on orders above ₹9,999 /-

🛡️ Authentic Product · ⚡ Fast Dispatch · 🎧 Expert Support

Angled multi-unit abutments (MUAs) for MIS SEVEN and Lance Plus implant systems, 4.8 mm platform, available in 17° and 30° angulations with standard and wide collar widths and gingival heights from 3 mm to 5 mm, for correcting implant angulation in full-arch screw-retained restorations.

Available Variants (Angulation / Gingival Height / Collar Width):

  • 17°: 3 mm / Standard | 3 mm / Wide | 4 mm / Standard | 4 mm / Wide
  • 30°: 4 mm / Standard | 4 mm / Wide | 5 mm / Standard | 5 mm / Wide

Function: Angled multi-unit abutments redirect the prosthetic axis of angulated implants, allowing screw-retained restorations to be placed on implants that are not ideally positioned. The 17° angulation is used for moderate implant divergence, while the 30° angulation accommodates greater divergence — commonly used in All-on-4 and All-on-6 full-arch protocols where distal implants are placed at an angle to avoid anatomical structures. The 4.8 mm platform is compatible with MIS SEVEN and Lance Plus standard and wide platform implants.

Compatible With:

  • MIS SEVEN Implant System (Standard & Wide Platform)
  • MIS Lance Plus Implant System (Standard & Wide Platform)
  • MIS multi-unit prosthetic bridges and full-arch frameworks

Indications: Full-arch screw-retained restorations (All-on-4 / All-on-6) and implant bridges where implant angulation requires correction. Select angulation based on implant divergence and gingival height to match tissue depth.

You May Also Like