The total European minimally invasive spinal implants market is growing at a rate of 6.4%, which will take the 2019 market value of €157 million up to €242 million by 2026. The full report suite on the European market for spinal implants and VCF includes segments for traditional cervical and thoracolumbar fixation devices, interbody devices,

Industry Trends The global minimally invasive spine surgery market (MIS) is considered by many to be the most exciting and controversial segment of the orthopedics industry. This market has traditionally been a segment of the orthopedics market but, due to rapid growth and a large market size, many manufacturers view spine as a key business

Overall, the U.S. minimally invasive spinal implants market was valued at $1.8 billion in 2018. This is expected to increase over the forecast period at a CAGR of 3.3% to reach $2.26 billion by 2025. One of the key drivers for the MIS spinal device market is the increase in the target population, which is

The total Japan minimally invasive spine surgery market is growing at a rate of 7.3%, which will take the 2017 market value of $70 million to reach $115 million by 2024. The MIS interbody market is seeing a shift toward oblique lumbar interbody fusion (OLIF) and lateral lumbar interbody fusion (LLIF) devices and away from

The full report suite on the Australian market for minimally invasive spinal implants includes segments for MIS interbody devices, MIS pedicle screws and MIS spine instrumentation.

The full report suite on the South Korean market for minimally invasive spinal implants (MIS) includes segments for MIS interbody devices, MIS pedicle screws and MIS spine instrumentation.

The full report suite on the Taiwanese market for minimally invasive spinal implants (MIS) includes segments for MIS interbody devices, MIS pedicle screws and MIS instrumentation.

The full report suite on the Chinese market for minimally invasive spinal implants (MIS) includes segments for MIS interbody devices, MIS pedicle screws and MIS instrumentation.

The full report suite on the Argentinian market for minimally invasive spinal implants includes segments for MIS interbody devices, MIS pedicle screws, spinous process fixation, facet fixation, spine endoscope and MIS spine instrumentation. Growth is expected in many segments, as patient demographics in Argentina maintain a steady demand for such procedures. However, others have seen a decline as a result of competing technologies and difficulties created by currency fluctuation.

The full report suite on the Brazilian market for minimally invasive spinal implants includes segments for MIS interbody devices, MIS pedicle screws, spinous process fixation, facet fixation, spine endoscope and MIS spine instrumentation. Growth is expected in many segments, as patient demographics in Brazil maintain a steady demand for such procedures. However, others have seen a decline as a result of competing technologies and difficulties created by currency fluctuation.

The full report suite on the Mexican market for minimally invasive spinal implants includes segments for MIS interbody devices, MIS pedicle screws, spinous process fixation, facet fixation, spine endoscope and MIS spine instrumentation. Growth is expected in many segments, as patient demographics in Mexico maintain a steady demand for such procedures. However, others have seen a decline as a result of competing technologies and difficulties created by currency fluctuation.

Spinal instrumentation is used to stabilize the spine and carry out the procedure during minimally invasive spinal procedures. One major focus is lessening the pressure put on the spine until successful fusion has occurred. This ensures that bone growth does not occur in a way which further impedes proper movement, and that growth is as efficient as possible. Many of the same instruments used in standard spinal fusion may be used here.

Spinal instrumentation is used to stabilize the spine and carry out the procedure during minimally invasive spinal procedures. One major focus is lessening the pressure put on the spine until successful fusion has occurred. This ensures that bone growth does not occur in a way which further impedes proper movement, and that growth is as efficient as possible. Many of the same instruments used in standard spinal fusion may be used here.