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New Technology

A2 Medical has been successful in establishing partnerships with many successful emerging technology companies.  This page identifies several devices that A2 Medical currently offers. We are excited to offer these technological advancements. Please click on the video which depicts detailed information on these unique products. If, after watching the informational video you would like to learn more about these products, contact us at info@a2med.com.

TESSYS®

The TESSYS® Endoscopic disc surgery not only requires the surgeon’s dexterity, but also background methods and technology which create optimum surgical conditions. One milestone in this regard is the TESSYS® method, which has a multifunctional operational system to achieve excellent results — even in difficult cases.


For the gentle removal of a herniated disc, this operational system uses a lateral endoscopic access point via the intravertebral foramen – in other words, it uses a natural entry point.

Mobi-C Cervical Disc

The Mobi-C Cervical Disc has been designed for cervical disc replacement to restore segmental motion and disc height. The components of Mobi-C include superior and inferior cobalt chromium molybdenum alloy endplates coated with plasma sprayed titanium and hydroxyapatite coating, and a polyethylene mobile bearing insert. The controlled mobility of the patented mobile core is the foundation of Mobi-C, encouraging height restoration and respect of the instantaneous axis of rotation for a return to physiological mobility of the spinal segment.

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The surgeon slides the endoscope through a working tube and into the surgical area under x-ray. Various fine instruments can be inserted through the working channel of the endoscope. To prevent this from injuring any nerves, the surgeon gently expands the invertebral foramen millimeter by millimeter with the use of special reamer instruments — thus enlarging the already existing “door” to the vertebral canal. The endoscope is connected to a camera, which delivers high-definition images of the surgical procedure to a monitor. The applied instruments, such as forceps and grippers, can thus be used under constant observation. The perfectly controlled removal of the protruding disc tissue is therefore ensured.

The Tether™ Vertebral Body Tethering System

The Tether™ – Vertebral Body Tethering System is a non-fusion spinal device intended for treatment of idiopathic scoliosis. Anchors and vertebral body screws are placed laterally from a thoracoscopic or thoracotomy approach into the vertebral body on the convex side of a spinal deformity.  A SULENE® polyethylene terephthalate (PET) tensioning cord is secured to the vertebral body screws with set screws to connect the levels of the construct. The device provides a lateral tension band across the convex side of the spine that, on insertion and tensioning, partially corrects the curvature, and subsequently can arrest or correct the deformity through modulation of remaining spinal growth. In addition, the subject system includes instrumentation for insertion, manipulation, and removal of the implants. 

Remi

Robotic Navigating System

Accelus is proud to introduce REMI, a navigated robotic targeting system for spine surgery that is redefining the robotic market. By offering a simplified workflow, the system increases operating room and procedural efficiencies with its reduced setup and teardown times, enhanced line of sight, and surgeon-centric software.  

The Remi Robotic Navigation System is intended for use as an aid for precisely locating anatomical structures and for the spatial positioning and orientation of a tool holder or Guide Tube to be used by surgeons for navigating and/or guiding compatible surgical instruments in open or percutaneous spinal procedures in reference to rigid patient anatomy and fiducials that can be identified on an O-arm scan. The Remi Robotic Navigation System is indicated for assisting the surgeon in placing pedicle screws in vertebrae in the posterior lumbar region (LI-S1). The system is designed for lumbar pedicle screw placement with the patient in the prone position and is compatible with the LineSider Pedicle Spinal System.

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