Ob 1,5x8 mm microtorn and 2x12mm without hole | Orthodontic
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  • Ob 1,5x8 mm microtorn and 2x12mm without hole | Orthodontic
  • Ob 1,5x8 mm microtorn and 2x12mm without hole | Orthodontic
  • Ob 1,5x8 mm microtorn and 2x12mm without hole | Orthodontic
  • Ob 1,5x8 mm microtorn and 2x12mm without hole | Orthodontic
  • Ob 1,5x8 mm microtorn and 2x12mm without hole | Orthodontic

MICROTORILLO OSE WITH HOODS TITANIUM - Orthodontic TAD

€74.69
Tax included

Opaled microtorn without hole (1.5 x 8 mm and 2 x 12 mm) of titanium for orthodontic skeletal anchor. Designed by Dr. Chris Chang to offer clinical security, precision and greater comfort to the patient.

Shipping From: Spain

OBS microtorn: 1.5x8mm Titanium

Volume discounts

Quantity Unit discount You Save
6 €2.24 €13.46
11 €3.73 €41.02
21 €8.97 €188.27
31 €20.64 €639.72
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Ob 1.5 x 8 mm and 2 x 12 mm microtors are a skeletal anchor (TAD) system developed by Dr. Chris Chang for Modern Orthodontics and Advanced Biomechanics for use Interradicular They offer excellent primary stability, mechanical strength, simple insertion and a low break rate.

Its optimized designs facilitate clinical planning and allow more efficient, comfortable and predictable treatments. Ideal for mechanics of intrusion, distalization and vertical control, the System OBS helps reduce emergencies in clinic and improve the patient's experience.

Used by international reference orthodontists, object represents a clinical philosophy based on simplicity, efficiency and higher results.

1000 Items

Data sheet

Reference and design:
Skeleton anchor mini-implant (TAD) developed by Dr. Chris Chang for interradicular use: previous and molars of 4 quadrants
Cases of use:
Intrusion, distalization, Mesialization, Vertical control, Advanced biomechanics
Composition:
Manufactured in high quality medical titanium
Mechanical performance:
Excellent primary stability
Security:
Low fracture rate - High reliability system
Surgical Protocol:
Simple and precise insertion
Ergonomic design:
Greater comfort for the patient - Champignant head, easy placement of elastics
Inquiries Optimization:
Lesser index of clinical emergencies - Avoid rockets and damage to the patient
Technological compatibility:
Compatible with modern orthodontic techniques and aligners - perfect for complex cases
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