News

Spineart is adding new reducer tubes to its ROMEO®2 LC system to provide an alternative tool to surgeons for vertebrae derotation. The tubes allow for multi-level progressive rod-persuasion, application of a cantilever force for derotation and fast release.

ROMEO®2 LC is a posterior fixation system completing the ROMEO®2 range and designed to enable thoracic and iliac fixations thanks to a unique streamlined tip design of its screws, available in various diameters and sizes, a large range of auto-stable hooks, rods available in different materials and rod connectors. The system is designed to answer the needs for traumatologic, tumors and scoliotic treatments.

For more information, please contact us at contact@spineart.us

Spineart is adding a new instrument to its ROMEO®2 MIS system, offering a pure percutaneous minimally invasive solution to perform long constructs (multi-level), especially for the treatment of trauma and tumor indications.

The minimally invasive posterior fixation system ROMEO®2 MIS in combination with ROMEO®2 MIS RETRACTOR system and the JULIET®OL and JULIET®TL cages offers a complete minimally invasive solution in order to perform M.I.S. 3 column stabilization.

Spineart has reached a new milestone in minimally invasive spine surgery by providing the world’s first minimally invasive K-wireless spinal fixation system, ROMEO®2 MIS. The option to operate without K-wire is aimed at improving the procedural safety and efficiency while reducing patients infection risks as well as staff radiation exposure. The ROMEO®2 MIS offers the option for surgeons to follow a mini-open or pure percutaneous approach.

All implants are sterile packed and bar-coded for increased safety, procedure compliance and cost-efficiency.

For more information, please contact us at contact@spineart.us

Spineart is launching a Posterior Axial Device, ROMEO®2 PAD.
The ROMEO®2 PAD consists of two titanium plates and a radiolucent polymer cylinder. It is a posterior non pedicle supplemental fixation device, intended for use at a single level or multi-levels in the lumbar spine.
The implant is designed to achieve segmental stabilization through plates fixation to the spinous processes.

All implants are sterile packed and bar-coded for increased safety and cost-efficiency.
This product is not yet available in the US.

Dr Kasra Rowshan, based in South California (USA), successfully performed the world first 4 levels MIS percutaneous construct without K-wire using Spineart’s system. Spineart reached a new milestone in Minimally Invasive spine surgery by providing the world first minimally invasive K-wireless spinal fixation system, ROMEO®2MIS. The option to operate without K-wire is aimed at improving the procedural safety and efficiency while reducing patients infection risks as well as staff radiation exposure. The ROMEO®2MIS offers the option for the surgeon to follow a mini-open or percutaneous approach. All implants are sterile packed and bar-coded for increased safety and cost-efficiency.

This new posterior fixation system completes the ROMEO®2 range and is designed to enable thoracic and iliac fixations thanks to its unique streamlined tip screw design, offering various suitable diameters, and a large range of hooks. Rod connectors as well as rods existing in different types of material are available. They are designed to answer the needs for traumatologic, tumors and scoliotic treatments.

With its new ROMEO®2 MIS system, Spineart has achieved a new milestone in minimally invasive spine surgery by offering surgeons the worldwide first minimally invasive “K-wireless” spinal fixation system. The unique “K-wireless” feature is based on the streamlined tip of the pedicle screw, designed to allow an effortless and self-centering insertion of the screw into the pedicle canal.
The opportunity to remove the K-wires from the surgery is designed to predict favorably for marked improvements in procedural efficiency, infection risk, and radiation exposure.
The ROMEO®2 MIS system furthermore includes a unique screw or blade based M.I.S. retractor system not requiring any table attachment, as well as the possibility to reduce spondylolisthesis bilaterally, progressively and accurately.
More information on: www.kwireless.org