Pitanguy Large Flap Demarcator | 311mm Skin Marker

The pitanguy large flap demarcator is a 311mm surgical skin marking instrument used for planning resection margins and incision lines in abdominoplasty and large-flap plastic surgery procedures. The pitanguy large flap demarcator provides consistent repeatable markings for precise surgical planning.

Key Features

• 311mm Length: Extended reach for large flap abdominoplasty marking
• Precision Marking Edge: Clean incision line demarcation without irregular impressions
• Lightweight Stainless Steel: Easy handling during pre-operative skin marking
• Autoclavable: Sterile field compatible for intraoperative use
• Ergonomic Handle: Comfortable grip for accurate surgical marking strokes

Clinical Use

The pitanguy large flap demarcator is used in abdominoplasty surgery for marking the inferior incision line and superior flap boundary before tissue resection. Accurate pre-operative marking with the pitanguy large flap demarcator ensures symmetric incision placement and helps achieve predictable aesthetic outcomes in body contouring procedures.

Construction & Care

The pitanguy large flap demarcator is constructed from surgical-grade stainless steel at 311mm overall length. The marking edge is precision-finished to deliver consistent impressions when used with standard surgical marking pen or directly pressed against the skin. Fully autoclavable for sterilization. Clean with standard surgical instrument solution after use.

Frequently Asked Questions

How is the pitanguy large flap demarcator used in abdominoplasty?
In abdominoplasty, the pitanguy large flap demarcator is positioned against the patient’s abdomen and traced with a surgical marking pen to define the inferior incision line and the superior margin of the tissue flap to be resected.

Why is the pitanguy large flap demarcator 311mm in length?
The 311mm length of the pitanguy large flap demarcator is designed to span the typical width of a full abdominoplasty incision from hip to hip in a single marking stroke, ensuring symmetric and reproducible incision planning.