Hands-Free Operation: The primary feature is the ability to hold tissues in place mechanically, freeing the surgeon’s hands for other tasks.
Modular Design: Systems are often modular, allowing for customization with various blade lengths and types to suit different patient anatomies and surgical needs.
Flexible & Malleable Frame Components: Some systems use flexible, belt-like arms or malleable hinges that can be easily positioned and adjusted to fit the patient’s specific anatomy.
Self-Retaining Mechanism: The frame uses a mechanical action, such as a ratchet lock or an integrated pinion mechanism, to maintain tension and stability once the retractor is positioned.
Low-Profile Design: A streamlined and low-profile design improves visualization by allowing greater access to the surgical site and reduces obstruction for the surgical team.
Radiolucent Materials: Many systems are made from lightweight, radiolucent materials like titanium or other


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