The first 50 cases with Kleiner Device Labs’ new KG2 Surge flow-thru interbody system demonstrated an average of 10ml of bone graft delivered per disc space and an average of eight minutes total elapsed time for trial, cage placement, grafting and release of the implant.
KG2 Surge is a single-patient-use bone graft delivery tool coupled with a 3D-printed titanium I-Beam fusion implant. The implant has no lateral walls and serves as a conduit for unimpeded flow of a broad spectrum of bone graft materials through the pre-attached, rectangular insertion tool. The rectangular cannula is designed to maximize the cross-sectional area available for graft material flow and eliminate the challenge of trying to apply bone graft after cage insertion.
Since the system comes pre-assembled and sterilized in a single use tray, there is minimal scrub tech training and no implant tray re-processing/sterilization — an ideal system for an ASC or hospital.
KG2 allows for a single insertion process as an alternative to the multi-step, multi-instrument pass practice. The surgical procedure with KG2 Surge spares contusion of delicate nerve tissue and reduces the risk of surgical site infection.
An e-Poster has been accepted for the Southern Neurosurgical Society’s 2024 annual conference, highlighting research results of innovations in lumbar spinal implant and grafting technologies to reduce risks from poor/insufficient graft volume and placement, surgical site infection, collateral tissue damage due to multiple instrument passes, and from extended OR time.
“Posterior approach spine fusion has a number of inherent risks to patients’ health and successful outcomes, as well as significant frustrations for surgeons, and those became the key objectives of our re-engineering a complete interbody system,” said Jeff Kleiner, MD, founder and CEO of Kleiner Device Labs.
Source: Kleiner Device Labs
The first 50 cases with Kleiner Device Labs’ new KG2 Surge flow-thru interbody system demonstrated an average of 10ml of bone graft delivered per disc space and an average of eight minutes total elapsed time for trial, cage placement, grafting and release of the implant.
KG2 Surge is a single-patient-use bone graft delivery tool coupled with a...
The first 50 cases with Kleiner Device Labs’ new KG2 Surge flow-thru interbody system demonstrated an average of 10ml of bone graft delivered per disc space and an average of eight minutes total elapsed time for trial, cage placement, grafting and release of the implant.
KG2 Surge is a single-patient-use bone graft delivery tool coupled with a 3D-printed titanium I-Beam fusion implant. The implant has no lateral walls and serves as a conduit for unimpeded flow of a broad spectrum of bone graft materials through the pre-attached, rectangular insertion tool. The rectangular cannula is designed to maximize the cross-sectional area available for graft material flow and eliminate the challenge of trying to apply bone graft after cage insertion.
Since the system comes pre-assembled and sterilized in a single use tray, there is minimal scrub tech training and no implant tray re-processing/sterilization — an ideal system for an ASC or hospital.
KG2 allows for a single insertion process as an alternative to the multi-step, multi-instrument pass practice. The surgical procedure with KG2 Surge spares contusion of delicate nerve tissue and reduces the risk of surgical site infection.
An e-Poster has been accepted for the Southern Neurosurgical Society’s 2024 annual conference, highlighting research results of innovations in lumbar spinal implant and grafting technologies to reduce risks from poor/insufficient graft volume and placement, surgical site infection, collateral tissue damage due to multiple instrument passes, and from extended OR time.
“Posterior approach spine fusion has a number of inherent risks to patients’ health and successful outcomes, as well as significant frustrations for surgeons, and those became the key objectives of our re-engineering a complete interbody system,” said Jeff Kleiner, MD, founder and CEO of Kleiner Device Labs.
Source: Kleiner Device Labs
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JV
Julie Vetalice is ORTHOWORLD's Editorial Assistant. She has covered the orthopedic industry for over 20 years, having joined the company in 1999.