Spinal Elements expanded its MIS Ultra™ line with the full release of the Lucent® XP Wide expandable interbody. As its name suggests, the device offers a wider footprint option than previously available and is designed with an anatomically oriented lordotic angle. The system is optimized to be used in MIS transforaminal lumbar interbody fusion (TLIF) procedures, but can also be used in open TLIF.
Lucent XP Wide can expand in height and increase in lordosis after implantation. Surgeons can achieve up to 15 degrees of lordotic angle. It is the only available expandable device comprised primarily of PEEK, and features Spinal Elements’ Ti-Bond® hydrophilic porous titanium coating.
MIS Ultra is a suite of minimally invasive integrated instruments and implantable devices. The products are designed to require less intraoperative imaging, reducing the need for radiation-emitting equipment.
Spinal Elements expanded its MIS Ultra™ line with the full release of the Lucent® XP Wide expandable interbody. As its name suggests, the device offers a wider footprint option than previously available and is designed with an anatomically oriented lordotic angle. The system is optimized to be used in MIS transforaminal lumbar interbody...
Spinal Elements expanded its MIS Ultra™ line with the full release of the Lucent® XP Wide expandable interbody. As its name suggests, the device offers a wider footprint option than previously available and is designed with an anatomically oriented lordotic angle. The system is optimized to be used in MIS transforaminal lumbar interbody fusion (TLIF) procedures, but can also be used in open TLIF.
Lucent XP Wide can expand in height and increase in lordosis after implantation. Surgeons can achieve up to 15 degrees of lordotic angle. It is the only available expandable device comprised primarily of PEEK, and features Spinal Elements’ Ti-Bond® hydrophilic porous titanium coating.
MIS Ultra is a suite of minimally invasive integrated instruments and implantable devices. The products are designed to require less intraoperative imaging, reducing the need for radiation-emitting equipment.
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