Smith & Nephew Acufex Shoulder Holder (USED)

The Smith & Nephew Acufex Shoulder Holder provides stable, adjustable shoulder positioning with durable construction, ergonomic design, and easy setup for precise surgical procedures.

$2,300.00

Description
Features

Product Description

The Smith & Nephew Acufex Shoulder Holder (SKU: 7207340) is a reliable and versatile tool designed to stabilize and position the shoulder during arthroscopic and open surgical procedures. With adjustable positioning capabilities, it accommodates various procedures and patient anatomies, ensuring optimal access and precision.

Constructed from durable, high-quality materials, it provides long-term reliability and consistent support. Its ergonomic design ensures comfort for both the surgeon and the patient, while the user-friendly setup allows for quick and secure adjustments. Compatible with standard operating tables, the Acufex Shoulder Holder features a compact and lightweight build, making it easy to transport and store. This low-maintenance tool is an essential addition to any surgical suite, enhancing procedural accuracy and efficiency.

Limited Availability

Feature	Description
Model	Smith & Nephew Acufex Shoulder Holder
SKU	7207340
Applications	Designed to stabilize and position the shoulder during arthroscopic and open procedures.
Adjustability	Offers adjustable positioning to meet the needs of various procedures and patient anatomies.
Material	Constructed from high-quality, durable materials for long-term use.
Design	Ergonomic design ensures surgeon and patient comfort during procedures.
Compatibility	Works seamlessly with standard operating tables and surgical setups.
Ease of Use	User-friendly design allows for quick setup and secure adjustments.
Stability	Provides reliable support to maintain precise positioning throughout the procedure.
Maintenance	Low-maintenance design with easy-to-clean surfaces for hygiene compliance.
Portability	Compact and lightweight for convenient transport and storage.
Performance	Ensures consistent and stable positioning for enhanced surgical accuracy.