3M 9681 Next Generation Surgical Clipper
1 Unit
Manufacturer
3M India Limited
The 3M 9681 Next Generation Surgical Clipper is designed to reduce the risk of infection, streamline workflow, and promote a positive perioperative experience.
Introduction:
The 3M 9681 Next Generation Surgical Clipper is a cutting-edge device that combines superior design and performance to provide a safe and efficient surgical experience. Its unique features help prevent skin from being pulled into the cutting blade, minimizing the risk of nicks or cuts. In clinical studies, the 3M Surgical Clipper Professional 9681 demonstrated a significantly lower nick rate compared to other leading brands.
Dosage Form:
Surgical Clipper
How to Use:
The 3M 9681 Next Generation Surgical Clipper is designed for use in surgical procedures. It is recommended to follow the manufacturer's instructions for use and maintenance.
How it Works:
The 3M 9681 Next Generation Surgical Clipper uses a unique blade design that helps prevent skin from being pulled into the cutting blade, minimizing the risk of nicks or cuts. The away-from-the-skin blade positioning also helps to reduce the potential for injury.
Introduction:
The 3M 9681 Next Generation Surgical Clipper is a cutting-edge device that combines superior design and performance to provide a safe and efficient surgical experience. Its unique features help prevent skin from being pulled into the cutting blade, minimizing the risk of nicks or cuts. In clinical studies, the 3M Surgical Clipper Professional 9681 demonstrated a significantly lower nick rate compared to other leading brands.
Dosage Form:
Surgical Clipper
How to Use:
The 3M 9681 Next Generation Surgical Clipper is designed for use in surgical procedures. It is recommended to follow the manufacturer's instructions for use and maintenance.
How it Works:
The 3M 9681 Next Generation Surgical Clipper uses a unique blade design that helps prevent skin from being pulled into the cutting blade, minimizing the risk of nicks or cuts. The away-from-the-skin blade positioning also helps to reduce the potential for injury.
