SELPRO P 0.22 – WBT Active Self-Ligating Ceramic Bracket

SELPRO P 0.22 – WBT Passive Self-Ligating Ceramic Bracket

Product Overview:
The SELPRO P WBT is a passive self-ligating ceramic bracket developed by Professor Kee-Joon Lee from Yonsei University, South Korea. Designed for precision, aesthetics, and patient comfort, SELPRO P features an all-ceramic construction and advanced bracket engineering for superior clinical performance.

Key Features:

1. All-Ceramic Design

   • Both bracket body and clip are made entirely of ceramic, providing high aesthetics with no visible metal components.

2. Superior Rotational Control

   • Extra-wide bracket slot increases rotational control by 15–43% compared to conventional brackets.

3. Stable Clip Structure

   • Engineered using CAE structural analysis and PPC design, the clip offers enhanced durability and force resistance.

4. Patient-Friendly Design

   • Rounded hook and smooth surface minimize oral irritation, improving patient comfort throughout treatment.

5. Global Curve Data Application

   • Based on average occlusal and gingival curve data, the bracket is designed to closely fit tooth surfaces, optimizing force distribution and geometrical alignment.

Specifications & Clinical Advantages

SELPRO P MBT Prescription:

• Upper incisor torque: 17º

• Lower incisor torque: -6º to -17º

• Reduced angulation → easier to maintain tooth axis

Clinical Advantages:

• Optimal for openbite cases and mild protrusion

• Easy to use with straight wire techniques → reduces wire bending time

• Suitable for fast, modern workflow

• Recommended Cases: Proclined teeth, aesthetic-focused treatments, simple cases, compatible with aligners or elastic chains

SELPRO P Roth Prescription:

• Lower incisor torque: -11º to -22º

• Upper canine angulation: 11º → supports precise tooth axis control

Clinical Advantages:

• Ideal for lower crowding cases and upper incisor retrusion

• Better root control during torque and finishing phases

• Suitable for clinicians preferring active wire adjustments and meticulous force control

• Recommended Cases: Class I & II requiring retraction, large spacing, or strict moment/torque control