Spine System

XENICA Anterior Cervical Plate System

 

FEATURES

 

• The system is indicated for use in the temporary stabilization of the anterior spine during the development of cervical spinal fusions in patients with degenerative disc disease (as defined by neck pain of discogenic origin with degeneration of the disc confirmed by patient history and radiographic studies), trauma (including fractures), tumors, deformity (defined as kyphosis, lordosis, or scoliosis), pseudoarthrosis, and/or failed previous fusions.
• Self-tapping screws are easy to use and converge at side to create a strong purchase.
• Screw sizes easily accommodate individual anatomical situations.
• A fitting profile creates better fit
• Features a rigid, pre-lordosed plate designed for better anatomical fit with little or no plate bending.
• Sleek design minimizes esophageal irritation.
• A full-range of plate sizes further ensures appropriate fit.
• Instrumentation designed for ease of use
• Available in titanium alloy

 

SIZE OPTIONS

 

BXA-191.04.24	XENICA anterior cervical plate, 4 holes, length 24mm, Ti
BXA-191.04.26	XENICA anterior cervical plate, 4 holes, length 26mm, Ti
BXA-191.04.30	XENICA anterior cervical plate, 4 holes, length 30mm, Ti
BXA-191.06.32	XENICA anterior cervical plate, 6 holes, length 32mm, Ti
BXA-191.06.36	XENICA anterior cervical plate, 6 holes, length 36mm, Ti
BXA-191.06.40	XENICA anterior cervical plate, 6 holes, length 40mm, Ti
BXA-191.06.44	XENICA anterior cervical plate, 6 holes, length 44mm, Ti
BXA-191.06.46	XENICA anterior cervical plate, 6 holes, length 46mm, Ti
BXA-191.06.50	XENICA anterior cervical plate, 6 holes, length 50mm, Ti
BXA-191.08.56	XENICA anterior cervical plate, 8 holes, length 56mm, Ti
BXA-191.08.60	XENICA anterior cervical plate, 8 holes, length 60mm, Ti
BXA-191.08.66	XENICA anterior cervical plate, 8 holes, length 66mm, Ti
BXA-191.10.70	XENICA anterior cervical plate, 10 holes, length 70mm, Ti
BXA-191.10.78	XENICA anterior cervical plate, 10 holes, length 78mm, Ti
BXA-191.10.90	XENICA anterior cervical plate, 10 holes, length 90mm, Ti

XEN-PLUS 5.5mm Pedicular Screw Spinal System carries on the tradition of excellence brought to the market by its BIOTEK spine predecessors. Building on the success of XEN-21, we now have a thicker rod solution that our customers can count on for the treatment of multiple spine pathologies with speed, security and simplicity. Initial feedback on the newest member of the XEN family has been extremely positive. With the introduction of XEN-PLUS, we continue our march to leadership in deformity correction, and round out the premiere spinal implant system on the market today.

Indications: Spondylolisthesis, HIVD, Scoliosis, Kyphosis, degenerative disc disease, trauma(fracture or dislocation), deformity, tumor, stenosis, pseudoarthrosis, and previous failed fusion.

Material:
• Titanium alloy

Implant Basics:
• Monoaxial and Polyaxial screw available in diameters 5.5mm & 6.5mm with lengths 30mm-50mm
• Spondylolisthesis reduction screws available in diameters 5.5mm & 6.5mm with lengths 30mm-50mm
• Monoaxial screws in diameter 4.5mm with lengths of 26mm-30mm
• Single Inner Closure Mechanism
• 5.5mm diameter Rods in lengths 50mm-400mm
• Cross-link assembly in 50mm; 60mm & 70mm
• Staple washer for anterior fixation
• Hooks-pedicle; Supralaminar; Infralaminar & Transverse process

Special Features:
1. Products & instruments considering the anatomic aspects with convenience of a surgical operation
2. Pedicle Screw easy for insertion (Optimal stress distribution, Protection of screw pull-out, Easy insertion)
3. Nut to increase fixing ability (Dove-tail-thread design)
4. Inner type locking system
5. Cross Link to add fixing ability with convenient use (Free angulation & Free lengthening, Simple assembling, Self positioning)

The Xenica-Select™ Occipito-Cervico-Thoracic Spinal Fixation System is a system designated to facilitate reconstruction of the cervical and upper thoracic spine. It offers a comprehensive solution for rigid posterior fixation of the occipito-cervico-thoracic regions of the spine. This unique system combines simplicity and versatility allowing the surgeon to design the construct based on intraoperative developments and individual patient anatomy - not the constraints of the implant system.The intraoperative benefits of the system are realized by the integration of uniquely designed system components, allowing:

·         Secure, rigid, mid-line occipital bone plate fixation

·         Rigid posterior rod fixation

·         Anatomical screw placement

·         Easy rod placement with minimal contouring

·         Low profile

·         Titanium Alloy (Ti 6AL 4V) Construction

·         Interface with other thoracolumbar systems

XENCAGE Harme’s Cage The use of interbody devices, such as the Harme’s cage, has become increasingly common over the last decade. They offer several advantages, including immediate anterior stabilization, re-approximation of the intervertebral disc height and obviation of bone graft harvesting from outside the surgical site. Additionally, they may relax bending movements on accessory instrumentation, such as anterior plating systems or posterior transpedicular fixation, by providing early anterior column support and enhancing bony fusion over time. Inevitable subsidence of the sharp edges of the cage into the adjacent endplates acts against dislocation. Such added support may actually help reduce instrumentation failure after anterior corpectomy.
• Available in diameters 10mm; 13mm; 16mm & 19mm and length 50mm.

CAGE-LOC EXPANDABLE CAGE Unstable injuries of the spine may result from fracture of a vertebral body, vertebral tumours or post-traumatic deformities. In such cases, restoration of the load bearing capacity of the anterior column and of the spinal balance is indicated. Techniques that use autologous graft only, harvested from the patient’s iliac crest, can be associated with complications such as pain from the donor site or graft dislocation. An alternative for the surgical treatment of these patients is the use of a load bearing implant for complete or partial vertebral replacement. The main objective for the development of CAGE-LOC Cage was to design a versatile system for the treatment of vertebral fractures at a wide range of spinal levels. A key feature is the ability to extend to the desired height intra-operatively. The extension mechanism of CAGE-LOC Cage is extremely simple and intuitive, thereby exerting distraction forces onto the anterior column of the spine. Repeated adjustment of height is straightforward and therefore allows for accurate restoration of the spinal curvature. The extension mechanism is securely locked by screws.
• Available in diameters 10.0mm; 13.0mm; 16.0mm & 19.0mm

XEN-TC Cage For Transforaminal Lumbar Interbody Fusion The TLIF technique offers a unilateral approach to the disc space. This posterior approach offers many advantages compared to traditional interbody fusion techniques, such as unilateral facet resection and preservation of the lamina. In addition it minimizes dural retraction, and reduces the risk of intra dural scarring. The XEN-TC TLIF Cage has been designed to enhance the benefits of this unilateral technique, with a 'banana' shaped cage that offers strength and simplicity in a single implant design. Fulfilling the biological and mechanical functions required of an Interbody fusion device the XEN-TC Cage meets the structural requirements demanded for anterior column support. The device is manufactured from titanium alloy allowing increased strength and enhanced stability of the construct. In order to facilitate an environment for fusion to occur, it is essential that the disc space is prepared thoroughly.

XEN -PC Cage For Posterior Lumbar Interbody Fusion The XEN-PC CAGE is indicated for an open posterior approach using autogenous bone graft in patients with degenerative disc disease (DDD) at one or two spinal levels from L2-S1 whose condition requires the use of interbody fusion combined with posteriolateral fusion (360° fusion) and posterior pedicle screw fixation. The XEN-PC Cage is indicated for use at one or two spinal levels from L4-S1. These patients may have had a previous non-fusion spinal surgery at the involved spinal level(s). Degenerative disc disease is defined as discogenic back pain with degeneration of the disc confirmed by history and radiographic studies.