Orthotic Cervical Services


Initial Evaluation

Together with the physician and rehabilitation specialists, we assess the total individual in terms of function, cosmesis, and comfort.

Custom Design and Fitting

Each prosthesis or orthosis is designed for the specific patient through the use of casts measurement and working models.

Fast Fitting and Alignment

Our specialists ensure that component parts meet specifications for maximum fit and comfort. Alignment is adjusted according to individual gait and balance.

Final Fitting

Following a complete check of the prosthesis or orthosis, the patient is instructed in its use.

Ongoing Care

Patients are checked periodically to ensure continuing fit, alignment, and function as activity increases.


Hard Cervical Collars are made of plastizote, which is a rigid polyethylene material. Hard collars are more durable than soft collars. These collars offer various benefits:

  • Head support for neck pain
  • Relief of minor muscle spasm
  • Interim stability and protection during halo application

Hard plastic or metal support collars are used to hold the neck of patients with amyotrophic lateral sclerosis (ALS), multiple sclerosis (MS), and other degenerative diseases where the muscles are too weak to support the weight of the skull.


The Sternal Occipital Mandibular Immobilizer (SOMI) Orthosis is a rigid three-post cervical thoracic orthosis that consists of a rigid malleable chest plate that extends from the pectoral region to the xiphoid. The head sections are height adjustable. It is used for patients with rheumatoid arthritis, immobilization for neural arch features, controlling flexion at the atlantoaxial and C2-C3 segments.


This 2 Post Cervical Orthosis consists of a thermoplastic anterior and posterior vest extending distally to the xiphoid region and secured to the body with Velcro straps.


It is used for optimal control of the cervical region. The brace consists of an adjustable metal halo ring coupled to a rigid thermoplastic thoracic jacket by means of an adjustable metal framework. The entire assembly can be adjusted for optimal alignment and stabilization of the cervical spine.


A pinless halo system developed with the goal of providing cervical spine immobilization and control similar to the standard halo in a less invasive fashion. The non-invasive halo stabilizes the head with a cervical ring and pads located on the forehead and occiput.