Instruments with serrated jaws and locking handles that are used to grip, join, hold, or support an organ are called clamps.
The key
products of the medical device industry, which has been the most compelling and
significant area within the healthcare industry, are surgical and medical
instruments. A clamp is a surgical device used to compress a body part or
structure. Clamps are technical instruments with serrated jaws and locking
handles that are used for gripping, joining, holding, or supporting an organ,
tissue, or vessel. The primary function of a clam in surgery is hemostasis and
tissue clamping.
According
to a study, surgical and medical instruments are the second largest sub-group
of the medical device industry. The value of medical devices has gradually
increased over the last few years and remains a highly competitive industry. In
recent years, medical equipment has seen growth, affordability, and overcome
accessibility barriers, resulting in an increase
in global clamps business.
Cranial clamps are also used in medical
imaging technologies such as MRI, skull radiography, and computed tomography
(CT) scans. Furthermore, the rising prevalence of brain tumors and pediatric
disorders such as hydrocephalus are a few of the factors propelling the cranial
clamps
market. Furthermore, an increase in the number of neurosurgeries as a
result of increasing head trauma injuries, pediatric disorders, and
neurodegenerative diseases are a few of the factors driving the overall growth.
Cranial cramps are instruments designed to
grip and hold the head steady during neurosurgery, allowing for better access
to the brain during the procedure. Most neurosurgery procedures, in order to be
successful, require rigid fixation of the head. Head fixation devices are among
the most important medical devices used in neurosurgery because they are
preconditioned, allowing neurosurgeons to operate precisely.
Cranial clamps are used in a variety of
procedures, including head trauma injuries, craniotomies for tumor removal,
neurodegenerative disorders like epilepsy and Parkinson's disease, and
cerebrovascular disorders like aneurysms. They're also used in medical imaging
techniques like skull radiography, computed tomography (CT) scans, and magnetic
resonance imaging (MRI).
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