Oracraft Molt 9 Small Periosteal #1 #3 Surgical Elevators - P9S

Description: The Oracraft Molt 9 Small Periosteal #1 #3 Surgical Elevators (P9S) are meticulously crafted instruments designed to elevate the periosteum and facilitate precise surgical procedures. Developed by Oracraft, a renowned name in dental instrumentation, these elevators offer practitioners the precision and versatility needed for delicate dental and oral surgeries.

Key Features:

1. Small Periosteal Tips for Delicate Tissue Elevation: The P9S elevators feature small periosteal tips designed for delicate tissue elevation. This ensures atraumatic manipulation of the periosteum during surgical procedures, minimizing trauma and promoting optimal healing.

2. Dual-Tip Design with Molt #1 and #3 Configurations: The dual-tip design incorporates Molt #1 and #3 configurations, providing practitioners with versatility in periosteal elevation. This enables adaptability to different anatomical considerations, allowing for precise manipulation in diverse clinical scenarios.

3. Precision-Ground Blades for Controlled Elevation: Precision-ground blades contribute to controlled periosteal elevation, allowing practitioners to navigate the surgical site with precision. This feature is essential for achieving optimal visibility and access during delicate oral and dental surgeries.

Benefits:

1. Atraumatic Tissue Elevation with Small Periosteal Tips: The small periosteal tips of the elevators ensure atraumatic tissue elevation. This is particularly important in delicate oral surgeries where minimizing trauma to surrounding tissues supports optimal postoperative healing.

2. Versatility with Dual-Tip Design: The dual-tip design, featuring Molt #1 and #3 configurations, enhances versatility in periosteal elevation. Practitioners can adapt to different surgical requirements, ensuring precise manipulation of the periosteum in various clinical scenarios.

3. Controlled Elevation for Surgical Precision: Precision-ground blades enable controlled periosteal elevation, allowing practitioners to maintain surgical precision. This control is crucial for achieving optimal visibility and access, supporting successful outcomes in delicate oral and dental surgeries.