BR Surgical LEYLA Complete System, Self-Retaining Retractor for fixation to operating table, consisting of: ball and socket joint, rigid holding rod, coupling head, flexible arm (2), support for brain spatula (2), CUSHING brain spatula (2)

Yes, this is a comprehensive, ready-to-use kit. The BR Surgical LEYLA Complete System includes all essential components for a self-retaining retraction procedure, including:

• Ball and socket joint and rigid holding rod for the primary base.
• Coupling head for secure assembly.
• Two flexible arms for adjustable positioning.
• Two brain spatula supports and two CUSHING brain spatulas.

Absolutely. The LEYLA system is specifically engineered for secure fixation directly to the operating table, which provides the stability necessary for consistent and reliable tissue exposure throughout complex surgical procedures.

Yes, this product is supplied in Factory New condition. It is completely unused and manufactured to meet all original specifications, ensuring optimal performance and reliability in a clinical environment.

Yes, the system is provisioned with CUSHING brain spatulas, which are specialized instruments designed for use in delicate neurosurgical fields or other advanced procedures that require precise and gentle tissue retraction.

The system features two flexible arms that allow surgeons to articulate and position the retraction precisely where it is needed. By providing stable, self-retaining support, these arms minimize the need for manual involvement during long or complex surgeries.

Yes, the product ships directly from the manufacturer. This ensures that the equipment is handled and sourced according to high-quality standards before reaching you.

The system is built for stability using a ball and socket joint combined with a rigid holding rod and a coupling head. These components form a robust, reliable foundation that keeps the retractor locked in place on the operating table.

The complete LEYLA system includes two supports specifically designed for brain spatulas, allowing for versatile and balanced retraction configurations during a procedure.

This system is ideal for procedures where stable, self-retaining retraction is required. It is particularly well-suited for:

• Neurosurgery
• Delicate tissue exposure
• Operations where maintaining a precise surgical field is paramount.

Because the system is self-retaining and fixes securely to the operating table, it significantly reduces the burden on surgical staff by maintaining consistent retraction without the need for constant manual adjustment.