Monza Cervical Plate System

The Altus Spine Monza Cervical Plate System’s self-locking design offers both visual and tactile feedback once fully seated and locked. Given its highly innovative plate geometry and profiling, the plate remains low profile, yet versatile enough to address all cervical plating situations. The system’s screw options enable multiple configurations to address most anatomies and surgeon needs. This expanded capability is further enhanced through an advanced screw thread form, which optimizes the bone screw interface and related pullout strength. The screws allow surgeons to create a rigid, semi-constrained or hybrid cervical plate construct all within a single system.

Fuji Cervical Plate System

The Altus Spine Fuji Cervical Plate System combines class-leading features such as 28° screw angulation with a simplified instrument set to provide a versatile, easy-to-use stabilization system. Fuji incorporates a state-of-the-art locking mechanism that provides visual confirmation of locking, while using the same instrumentation as the screws.  Fuji is also flexible in its design with multiple lengths, plate levels, and screw styles available to accommodate each individual patient anatomy. The system’s unique design provides dynamic compression capability intended to allow for controlled settling of the patient’s anatomy.

Suzuka PEEK IBF System

Simple and complete – a one-tray layout with a range of implants reduces operating room logistics while providing the surgeon with options for the patient. The Altus Suzuka IBF System is a simple, yet comprehensive, intervertebral body fusion spacer system. The implants are precision machined from PEEK Optima LT1 offering excellent stability in a spacer with a modulus of elasticity similar to that of cortical bone.

Suzuka Titanium IBF System

Simple and complete – a one-tray layout with a range of implants reduces operating room logistics while providing the surgeon with options for the patient. The Altus Suzuka Titanium IBF System is a simple, yet comprehensive intervertebral body fusion spacer system. The implants are precision machined from titanium and incorporate MicroLOC™ surface texturing intended to promote bone on-growth

Imola Lateral PEEK IBF System

The Altus Spine Imola Lateral IBF System includes a unique, proprietary exposure method that allows for direct access and visualization of the surgical site. The innovative retractor blades convert directly from hand-held to table-mount stabilized via in situ retractor frame attachment without compromising the established access exposure. To ease implant insertion, the Imola Lateral PEEK Implants feature a tapered leading edge while still maintaining a bi-convex, anatomic shape to maximize apophyseal ring contact.

Imola Lateral Titanium IBF System

The Altus Spine Imola Lateral IBF System includes a unique, proprietary exposure method that allows for direct access and visualization of the surgical site. The innovative retractor blades convert directly from hand-held to table-mount stabilized via in situ retractor frame attachment without compromising the established access exposure. To ease implant insertion, the Imola Lateral Titanium Implants feature a tapered leading edge while still maintaining a bi-convex, anatomic shape to maximize apophyseal ring contact.

Indy ALIF System

The Altus Spine Indy ALIF System is designed as a simple, yet complete, anterior lumbar IBF system. Its aggressive teeth prevent implant migration and maintains optimal placement. Implants are available in precision machined PEEK, and titanium that incorporates MicroLOC™ surface texturing intended to promote bone growth.

Interlagos Retractor System

The Altus Spine Interlagos Retractor System is a pedicle based, patient mounted, posterior lumbar access system designed to support MIS TLIF procedures. Patient-mounted blades with pedicle anchors that allow for intraoperative distraction and compression. With the unique toe and telescoping capability of the medial blade, Interlagos provides a highly versatile access solution for 1- and 2-level procedures.

Interlagos Sprint Retractor System

The Altus Spine Interlagos Sprint Retractor System is a pedicle based lumbar access system, designed to support MIS TLIF surgeries. Working in conjunction with the Valencia MIS Pedicle Screw System, Interlagos Sprint provides full adjustment control, making it highly versatile for MIS fusion procedures.

Silverstone PEEK IBF System

The Altus Spine Silverstone IBF System features state-of-the-art, self-distracting PEEK implants to support both PLIF and TLIF approaches.