Spineology Inc.

Kyle Wolff

Todd Bjork

Joseph E Gleason

Dan McPhillips

Clint Boylan

Michael Wang

Garrett Ganske

Shelton Clark

A floating clamp for surgical procedures includes a clamp body and a spring mechanism to allow in/out movement of a portal tube, while maintaining the tube's position in A/P and C/C. The clamp body includes a base portion and an arm pivotally coupled to the base portion such that a distal end of the arm pivots towards and away from a distal end of the base portion. The spring mechanism includes a coil spring and a piston disposed through the coil spring. The spring mechanism can be coupled to the clamp body adjacent to a proximal end thereof.

Floating clamp for spinal surgeries

Disclosed are instruments, implants and methods of accessing the spine from an Anterior to the Psoas (ATP) approach, performing a discectomy through an ATP approach and then placing an intervertebral implant via an ATP approach for spinal fusion.

Surgical access system and method

A hybrid spinal implant for performing an intervertebral fusion procedure can include a pair of spacers separated by an expandable container that are formed of a porous titanium scaffold material. A connecting rod can span longitudinally between the pair of spacers. The spacers can be formed of titanium or PEEK, with endplates that are formed of the porous titanium scaffold material. The endplates can be bioactive. Exposed surfaces of the porous titanium scaffold material can be coated in a snag-preventing substance. The expandable container can be formed of a mesh material.

Mesh spacer hybrid spinal implant

A portal system for intervertebral surgical fusion procedures includes a longitudinally elongated hollow tubular body comprising a first wall, a second wall opposing the first and a third wall spanning from a first edge of the first wall to a first edge of the second wall. A channel is defined longitudinally through at least one of the first, second and third end walls. The fourth wall of the body is at least partially open or can be completely enclosed.

Interbody fusion system and methods

A midline retractor provides access for the placement of PARS screws and other surgical sites. A lower profile allows for better visualization of the patients anatomy and provides better access for surgical instruments. The retractor may include integrated lighting, such as fiber optic lighting or other suitable lighting. The blades of the retractor may include a textured profile, such as diamond plating, grooves, etching or any other desired textured treatment on the blades. The texture on the blades may keep tissue from migrating down the blades and may prevent the blades from slipping up and out of the patient. The PARS retractor may include a blade rotation locking mechanism and/or a blade toe feature that allows for ease of use and an adjustable blade toe. The retractor may also include a rack release that provides for free movement of the rack.

Midline pars retractor

A bi-directional mechanically deployed rod mechanism utilizes non-parallel cam surfaces with a unique engagement, entrapment, and release methodology. The instrument utilizes a unique spring loading pivot point and lockout mechanisms to prevent early release of the pivot point and bi-directional cam surfaces.

Growing community of inventors

Cottage Grove, MN, United States of America

Kyle Wolff