All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(747 products available)
Ready to Ship
Ready to Ship
Ready to Ship
Ready to ShipA cervical collar stabilizes the neck and limits movement to allow healing after an injury or surgery. It may be soft, firm, or inflatable, and it may feature a roll bladder or tension adjustment. The collar comfortable supports the patient's head and neck. A Cervical collar's compression and cooling boost the comfort of muscle strains and sprains, stiffened, inflamed, or injured neck regions. It also minimizes neck motion and delivers a good amount of head support. The main types of cervical collars are the following:
The Intravenous Collar is preferred by many trauma professionals because it combines good support with increased intracranial pressure control. Highway and diving injuries, as well as those that occur in sports, generally involve acute trauma with risk of spinal injury. The intravenous collar is preferred in these situations because of its greater stability, which provides maximum protection to a patient during transport. In addition to stabilizing and protecting the eyes during movement, the collar also has a void space that allows for easy access to the areas and necessary procedures.
A Cervical collar is a soft, firm, or inflatable collar that stabilizes the neck and limits movement, allowing healing after an injury or surgery. It may feature a roll bladder or tension adjustment. The collar comfortably supports the patient's head and neck.
Limited mobility is achieved by the ortho collar's rigid plastic structure. It is supported by a hardened foam core that provides stability and an outer layer of plastic for extra protection. Although the collar is more uncomfortable than previous models, it ensures the best possible spinal alignment. The orthosis is most effective after corrective surgery and in cases of serious injuries like fractures or dislocations. The collar's rigid design and supportive structure ensure immobilization, thus promoting speedy healing and minimal risk of further injury.
Developed as a cervical stabilizer, the Philadelphia collar is made from a molded, firm foam that provides good support while leaving space for the chin and occiput. This collar is most often used in emergencies to immobilize the neck in cases of suspected injury. It strikes an excellent balance between immobilization and comfort for long-term use. The collar is expected to facilitate healing by keeping the cervical spine in its proper alignment while reducing strain on the muscles and ligaments surrounding it. The design of the collar, which features perforations for breathability, ensures that the device may be worn for long periods without discomfort due to overheating or excessive moisture.
Collars provide varying degrees of support. Soft collars reduce movement and support the head and neck. Rigid collars limit movement and provide more support. The inflatable collar creates a void that allows for maximum mobility and is secure in an emergency. Durable rigid collars are made of plastic or metal and cushioned foam or gel.
Features of the cervical collar include uniform intracranial pressure distribution, easy installation, and durable materials. Softer varieties deploy easily and are more comfortable than rigid ones, better suited for long-term wear. Inflatable collars provide temporary, adjustable stabilisation, often used in emergencies. The shaping foam core of hard collars offers maximum stability and comfort.
The cervical collar is designed to withstand wear and provide comfort through heat dissipation, moisture, and ventilation. Rigid collars use strong plastics or metals for extended wear. Waterproof bladders regulate over-inflation deflation and stability in inflatable collars. Advanced materials ensure over-heating and excessive moisture for breathable foam core collars.
Cervical collars are critical medical devices widely used in various healthcare settings and emergency care. Their primary function is to stabilize the neck and reduce movement in cases of injury, surgery, or medical conditions requiring immobilization. Here are some common commercial use cases for cervical collars:
Cervical collars are essential in ambulances and first response units. Emergency personnel use them to immobilize patients with suspected spinal injuries from accidents, falls, or traumatic events. Correct application prevents further injury during transport.
Invasive procedures involving anaesthesia or deep sedation often require cervical collars for patients who undergo these procedures. These collars help maintain proper spinal alignment, reducing the risk of injury during surgery.
It is frequently recommended as part of a treatment plan in rehabilitation clinics for patients with chronic neck pain, herniated discs, or cervical spondylosis. It relieves pain and discomfort by providing support and immobilization, allowing time for healing.
In telemedicine and Telesonography, cervical collars help share information about the diagnostic imaging of cervical spine injuries. Healthcare professionals in different locations employ collars to ensure accurate imaging and effective management of spine-related conditions, and require minimal immobilization of the neck.
At construction sites, manufacturing plants, and other high-risk jobs, cervical collars are sometimes used as personal protective equipment (PPE). Workers in such industries are at risk of falling, heavy machinery accidents, or electrical shocks. Keeping workers safer, these collars limit neck movement and minimize the risk of injury and discomfort.
Cervical collars are used to stabilize patients during inter-facility transfers in critical care transport teams. They maintain spinal alignment and prevent the development of new injuries during transportation to another medical facility for specialized treatment.
Choosing the right cervical collar depends on several key factors, each vital in ensuring prompt immobilization, patient comfort, and healing.
The kind of injury should determine which collar to use: soft collars for minor strains and sprains and rigid collars for more severe injuries. Collars are typically used for spinal injuries.
Lastly, comfort plays an important role in wearability. Materials that breathe, such as soft foam or gel, reduce overheating, and soft foam or gel increase wearability beyond the rigid plastic collar. In chronic conditions, comfort is critical for enabling extended wear and improving a patient's quality of life.
An adjustable collar is important as patients' requirements may vary. A fixed collar is suitable for surgery, treatment rooms, or recovery since it allows no mobility. A variable collar is ideal for use records or in emergencies, as it can be adjusted easily in response to changes in the patient's conditions.
The stability-mobility balance is also considered. A rigid collar may be more stable but less comfortable to wear. Orthotic collars are challenging due to their rigid foam core and outer plastic shells. They are also more stable due to their mold and are usually applied after surgical procedures or in serious injuries. Soft foam collars are much more flexible neck movements but provide less support and are more suitable for minor injuries.
Consider how well the collar immobilizes the neck to keep the spine in proper alignment. Rigid collars offer more immobilization than soft collars. The level of immobilization may depend on the extent of the injury or medical condition that requires immobilization.
A1: It depends on the type of collar. Soft collars are more comfortable and provide gentle support. Rigid collars offer more support but can be uncomfortable. Inflatable collars provide adjustable support. Most collars have padding to reduce discomfort.
A2: The duration varies depending on the injury and medical advice. It ranges from a few days to several weeks or months. It can be longer when trauma heals after surgery or due to a serious injury. It would be shorter for minor injury strains or sprains.
A3: Rigid and ortho collars are cleaned with disinfectants but are not washable. Foam collars are frequently replaced but are cleaned with a disinfectant. Soft collars are machine-washable cloth collars but require one-time replacements.
A4: Cervical collars help relieve pain. By limiting neck movement and providing support, they reduce strain on muscles and nerves, alleviating pain. Some collars offer more stable support, which can be more effective for severe injuries or post-surgical recovery.
A5:The correct collar size depends on the user's neck circumference and collar length. Use the chart size after measuring the neck circumference. A rigid collar provides more stability if the collar is small.
