The global radiology oncology surgical robots market
is emerging rapidly owing to several factors such as rising geriatric
population and the advantages offered by new technology likely boost the
overall industry. The number of new cases is majorly owing to slow aging
population as both emerged and emergent countries have enormous geriatric
populations. The overall market was valued at $4 billion in 2015 and is
expected to cross over $7 billion over the forecast period. This is mainly
owing to introduction of new instruments that direct cancer surgery through
radiation and several next generation devices.
Radiology oncology surgical robots utilize incessant
image guidance and mechanical mobility to eradicate tumors. Furthermore, this
system chase oncology target during the treatment leaving healthy tissue which
wouldn’t harm the body. A linear accelerator probably, light weight, robotic
manipulator can distribute beam from thousands of non-coplanar. These
treatments have stiff quantity of conformality, precipitous dose gradients and
tremendous tumor coverage.
Radiosurgery and radiotherapy processes nowadays are
majorly improved by highly advanced technological advancement. Increasing uses
of radiosurgery and radiotherapy equipment arise as the units are capable to
treat a wider series of cases. Furthermore, advances in software and hardware
are causing industry for re-establishing an aging mounted base. Also, latest
designs are proficient to deliver high standards of concern.
Augmentation in cancer cases coupled with rise in
sophistication of latest treatment protocols have increased for additional
automated products. Automation basically depends on integration of various
devices into clinically practical systems. Also, integrated systems make
treatments cost effective and rapid. Hospitals are adopting robotic surgical
devices to enhance their outcome numbers. Furthermore, several universities in
the world have organized research programs in robotics which will positively
impact the overall radiology oncology surgical robots industry.
These surgeries assists in providing surgeon a
better vision of surgical site and control over the surgical instruments .As a
result, surgeons do not get exhausted while performing surgery as they do not
have to stand continuously. Use of high doses of radiation specifically to
remove the tumor, while separating the healthy tissue undamaged is compelling
the overall industry. It clearly means that these radiations wouldn’t damage a
person and are adequate to kill the cancer.
Complete
Report Available @ http://www.radiantinsights.com/research/radiology-oncology-surgical-robots-market
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