Spinal Simplicity, LLC

Jeffrey David Lee

Todd Moseley

Melissa Frock

Adam Frock

Adam Rogers

Jeff Slover

Christian Aragonez

Nick Furman

Colton McQuinn

Douglas Snell

Annaria Barnds

Luke Luallin

Systems, methods, and devices for sacroiliac joint fusion described include an implant comprising a first body having a distal anchor and a second body having proximal anchor. The first body includes a threaded body integrally formed with the first body or threadably coupled to the first body. The distal anchor may be formed by a pair of deployable wings. The pair of deployable wings may be deployed within the cancellous bone of the sacrum and anchored against the cortical bone of the sacrum. The proximal anchor may engage with an outer surface of the ilium. The second body may be threaded along the threaded body to provide compression across the sacroiliac joint. Compressing the sacroiliac joint can reduce motion thereof to promote fusion and stabilization.

Sacroiliac joint fusion implants, insertion instruments, and methods

Systems, methods, and devices for sacroiliac (SI) joint fusion are described. At least one posterior SI implant and at least one lateral SI implant may be implanted. The posterior SI implant may be placed in the intra-articular region, and the lateral SI implant may transfix the SI joint such that the lateral SI implant passes through the ilium, across the SI joint, and into the sacrum. The lateral SI implant may compress the SI joint. The lateral SI implant may be inserted through a window in the posterior SI implant to interlock the two implants.

Systems, methods, and devices for lateral and posterior sacroiliac joint fusion

A disposable insertion instrument for inserting an implant includes a handle assembly, a drive assembly, and a plunger assembly. The drive assembly comprises an inner shaft and a spring received within an outer sleeve. A locking pin and drive lobes on the inner shaft cooperate to reversibly lock the drive assembly in a retracted position. A medical implant may be attached to the instrument via an adapter located at a distal end of the drive assembly. Following use for insertion of the medical implant into a patient, the disposable insertion instrument may be discarded.

Disposable interspinous implant insertion instrument

An insertion instrument for inserting an implant includes an elongated main body having a proximal handle and a distal portion that selectively couples to the implant. A wing actuation tool is slidably engaged in a central passage of the elongated main body to fix the implant to the elongated main body. The wing actuation tool temporarily attaches to the implant allowing for deployment and retraction of wings of the implant during surgery. Longitudinal translation of the wing actuation tool deploys an actuation plunger of the implant.

Interspinous implant insertion instrument with wing actuation tool

A disposable insertion instrument for inserting an implant includes a handle assembly, a drive assembly, and a plunger assembly. The drive assembly comprises an inner shaft and a spring received within an outer sleeve. A locking pin and drive lobes on the inner shaft cooperate to reversibly lock the drive assembly in a retracted position. A medical implant may be attached to the instrument via an adapter located at a distal end of the drive assembly. Following insertion of the medical implant into a patient, the disposable insertion instrument may be discarded.

A system and method for reducing spondylolisthesis. The system includes a bracket comprising a first opening and a second opening, a first and second rod, and a first and second knob. The system may be placed onto a patient's back, the rods may be inserted through the first opening and the second opening and further into a first vertebral part and a second vertebral part. Tightening of a first knob and a second knob on the first and second rod allow for repositioning of the vertebra. Once repositioned, an interspinous implant may be inserted into the interspinous process space, connecting the vertebrae.

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Prairie Village, KS, United States of America

Jeffrey David Lee