In complex spine and head surgery, stability and precision are the keys to success. Our Halo traction head stabilization system is designed to address these challenges with an exceptional set of features that help surgeons maintain maximum control and precision during surgery.

Halo Retractor Cranial Stabilization System Features：

1. Three-point fixed, streamlined design of the head clamp fixed arm:

The system uses a three-point fixation design to ensure that the head is firmly supported during the procedure, avoiding any accidental movement.

The streamlined design not only improves the aesthetics of the device, but also reduces the interference during the operation, allowing the surgeon to focus more on the operation and improve the overall efficiency of the operation.

2. Made of high-strength aluminum alloy:

The system is made of high-quality aluminum alloy material for excellent strength and durability, while being lightweight and easy to operate and adjust.

Aluminum alloy materials also have corrosion resistance, ensuring that the equipment can maintain good performance after multiple uses, reducing maintenance and replacement costs.

3. Pull ring design, 360° all-round continuous traction:

The pull ring design consists of two semi-circles, enabling a 360° continuous pull ring, providing unmatched traction flexibility.

This design ensures that the traction of the head can be fine-tuned at any time during a variety of complex procedures to meet different surgical needs and minimize risks during surgery.

4. Tightly integrated cardan shaft joint, anti-fouling design:

The tight combination of the cardan shaft joint and the smooth design of the ball surface prevent the infiltration of dirt and body fluids, and ensure the cleanliness and hygiene of the equipment.

This feature is especially important during long surgical procedures, helping to reduce the risk of infection and extend the life of the device.

5. Serpentine arms of various lengths:

The system is equipped with serpentine arms of various lengths to choose from, allowing the device to flexibly adapt to the needs of different surgeries, whether it is a small adjustment or a large range of movement, can be easily achieved.

This flexibility allows the surgeon to quickly adjust the device to the specific surgical situation, improving the precision and efficiency of the operation.

6. Solid commutator and support rod design:

The commutator can firmly support the head skeleton and support rod to avoid any loosening phenomenon and ensure the stability of the equipment during surgery.

The support rod design is also strong, and it can firmly support the ring, even during a long operation, it will not loosen, and ensure the smooth operation.

7. Grooves and free movement functions designed for flexible shaft retractors:

The circle has a 6mm±1 notch designed for flexible shaft retractors, which can move freely around the circumference, providing great operational flexibility.

This function is especially suitable for surgeries that require frequent adjustment of the traction Angle, allowing the surgeon to more precisely control the surgical process and improve the success rate of the operation.

Note: This is a combination of AOTA302 and AOTA303-A008