Right Bent Power Periotome P3 XL in Balanced Design Handle - Green Color Code | Helmut Zepf No. 26.690.03

The Periotome P3 XL by Helmut Zepf is a right-bent, precision-engineered instrument designed to support minimally traumatic tooth extraction and careful periodontal tissue management. Featuring a Balanced Design handle with a distinctive green color code, this instrument offers the tactile feedback and control that experienced clinicians demand in demanding surgical environments.

Key Features

• Instrument Type: Power Periotome P3 XL, Right Bent
• Handle Design: Balanced Design for optimized weight distribution and reduced hand fatigue
• Color Code: Green — for quick and reliable instrument identification
• Item Number: Helmut Zepf No. 26.690.03
• Origin: Made in Germany

Clinical Benefits

The right-bent configuration of this Periotome allows precise access to posterior and angulated sites where straight instruments may be less effective. The XL blade geometry provides enhanced leverage and tissue separation capability, making it a reliable choice for atraumatic extraction protocols. The Balanced Design handle ensures a secure, ergonomic grip throughout the procedure, helping to maintain consistent control and reduce operator fatigue during extended clinical sessions.

As a product from Helmut Zepf GmbH, this Periotome is manufactured to the exacting standards associated with German dental instrument craftsmanship, making it a dependable addition to any surgical or restorative instrument kit.

FAQ

What is the green color code used for? The green color code provides rapid visual identification of the instrument within a set, supporting efficient instrument management and sterilization workflows.

What does the Balanced Design handle offer? The Balanced Design handle is engineered for even weight distribution, which enhances control and helps reduce hand fatigue during prolonged procedures.

Is this Periotome suitable for posterior teeth? Yes, the right-bent tip design is particularly well suited for accessing posterior and angulated sites.