Philadelphia Tracheotomie-Halskrause

What is the difference between the Philadelphia Tracheotomy Collar and the standard Philadelphia Patriot Collar?

The Tracheotomy Cervical Collar has a significantly larger anterior opening designed specifically to accommodate existing tracheostomy tubes, allow emergency tracheotomy access, and permit continuous pulse monitoring. The standard Patriot Collar has a smaller trachea opening primarily for airway clearance and is adjustable to multiple heights, while the Tracheotomy version comes in 5 fixed sizes (XS through XL) for precise anatomical fit.

Can the Philadelphia Tracheotomy Collar be used on patients with an existing tracheostomy?

Yes. The Philadelphia Tracheotomy Cervical Collar is specifically designed for this purpose. The large anterior trachea opening allows placement and maintenance of the collar without interfering with existing tracheostomy tubes or requiring collar removal for tube management.

Is the Philadelphia Tracheotomy Collar radiolucent?

Yes. The collar is radiolucent and does not need to be removed for standard X-ray or CT imaging. This maintains continuous cervical immobilization throughout the diagnostic process without the risk of cervical spine movement during collar removal and replacement.

What sizes are available for the Philadelphia Tracheotomy Cervical Collar?

The collar is available in 5 sizes: X-Small (OSSPHPT2XS), Small (OSSPHPT2S), Medium (OSSPHPT2M), Large (OSSPHPT2L), and X-Large (OSSPHPT2XL). Sizing is based on neck circumference, with Small covering approximately 10–13 inches, Medium 13–16 inches, Large 16–19 inches, and XL 19–22 inches.

How does the two-piece construction of the Philadelphia Tracheotomy Collar benefit patient care?

The two-piece design — with separate anterior and posterior sections joined by adjustable closures — allows the collar to be applied and fitted without requiring the patient to perform significant head movements. This is particularly valuable when a cervical spine injury is suspected and all handling must minimize spinal motion.