The non-linear principle

Current practices of spinal surgery direct their efforts towards minimal invasive procedures to lessen the patients` postoperative discomfort shorten their convalescence and curtail hospitalization expenses.

In the treatment of degenerative spine conditions this less invasive trend forces also a compromise. Less invasive procedures mean smaller incisions, yet surgeons find it difficult to safely navigate implants and instruments through such small incisions. Due to the incision's size, it is difficult to use large enough instruments or to insert large implants into the treatment site.

The non-linear principle offers a core technology by which spinal structures may be optimally approached 360 degrees with implants and instruments in open and minimally invasive spine procedures.

The Non-linear technology allows the expandability feature, and by thus, the insertion of large implants and instruments through small incisions.

The Non-Linear Technology Platform

A Broad Platform for Various Spine Applications.

NLT SPINE addresses the compromise surgeons need to make while practicing MISS procedures, with its proprietary non-linear technology.

Based on a patented non-linear principle, NLT SPINE’s technology enables the development of large implants and instruments that can be inserted into the body through a small incision.

We are now working on the Non-Linear and Expandable Platform, which will offer a wide range of products with clinical applications that address various spine pathologies. You are welcome to contact us to hear more about it.