The Future of Spine Surgery
Experience minimally invasive spine surgery with RIWOspine. Our innovative endoscopic technology, combined with advanced surgical techniques and high-definition imaging, enables full-endoscopic approaches to common conditions like disc herniations and spinal stenosis. We also offer minimally invasive solutions for intradiscal procedures, such as implant placement.
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VERTEBRIS lumbar
The VERTEBRIS lumbar instrument set is tailored for full-endoscopic decompression of the lumbar and thoracic spine. Indications include herniated discs, spinal cysts, and spinal canal stenoses.
Procedures can be performed using transforaminal, extraforaminal, or interlaminar approaches.
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VERTEBRIS stenosis
The Central Stenosis instrument set represents a significant advancement in spine endoscopy. Designed for more extensive bone and ligament resection, it features a larger telescope, a wider working channel, and robust instruments.
The VERTEBRIS stenosis instrument set is complemented by the universal motor system and a selection of rigid and articulated burrs.
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VERTEBRIS cervical
Specialized VERTEBRIS cervical instrument sets, designed for anterior and posterior approaches, ensure excellent visualization and surgical precision.
These techniques, paired with customized instruments and standardized methods, contribute to successful outcomes in cervical spine surgery.
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VERTEBRIS interbody fusion
The VERTEBRIS stenosis instrument set is specifically designed for advanced indications in full-endoscopic spine surgery. This system expands the surgical scope beyond decompressions to encompass a wider range of lumbar spine procedures.
For spinal fusion, the VERTEBRIS stenosis set integrates effective discectomy, precise laminectomy, and foraminotomy with the advantages of full-endoscopic spine surgery.
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VERTEBRIS foraminotomy
This instrument set facilitates creating surgical access ports for endoscopic or endoscopically assisted lumbar spine interventions. It is particularly beneficial when bone structures must be removed due to anatomical variations or pathological conditions.
