VERTEBRIS
foraminotomy

- Simple Handling
Multifunctional handle with ergonomic grip for maximum control. Color-coded instruments for fast allocation.
- High Level of Safety
Specially designed working sleeves and blunt abrading tips safeguard nerve structures, ensuring a safe procedure.
- Precise Cutting Performance
Ergonomic design of the cutting instruments enables precise performance with minimal effort and ensures effective, tissue-preserving bone resection.
Universal Manual Drilling System for 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. Bony barriers can be efficiently removed after positioning special working sleeves, using manual burrs under X-ray guidance. The working sleeves protect neural structures from mechanical damage during the procedure.

Universal Manual Drilling System
VERTEBRIS foraminotomy
Our innovative bone drilling system offers unparalleled features such as color-coded components for quick identification, neural structure protection, and an ergonomic grip. Combining precision and safety, it redefines manual bone drilling.

Why VERTEBRIS foraminotomy?
- Innovative Principles for Efficient Manual Bone Drilling
- Special working sleeves and reamers with blunt tips provide neural structure protection from mechanical damage
- Ergonomically designed, easy-to-connect handle for enhanced usability
- Size-matched reamers for versatile applications
- Lateral markings prevent over-penetration into the spinal canal
- Ergonomic cutting design guarantees sharp, precise performance for effective bone resection
- Color-coded markings for quick and easy component allocation
High-quality Products
See Matching Systems


VERTEBRIS
lumbar
Procedures can be performed using foraminal or interlaminar approaches.
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VERTEBRIS
cervical
Two specialized instrument sets, designed for anterior and posterior approaches.
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