ATHENA III™

Anterior Featured

ATHENA III™

2.0mm ultra-low profile. Self-locking wing bolt. NANus™ osteointegration surface. The plate surgeons choose again — C3 through C7.

2.0mm Profile Self-Locking NANus™ FDA 510(K)
NeckTune™ 3D SA Cervical Cage

Stand-Alone Systems

NeckTune™ 3D SA Cervical Cage

NeckTune™ 3D SA Cervical Cage combines a porous trabecular-inspired titanium architecture with an integrated dual-function locking system to provide stable interbody fusion and secure screw fixation. Designed for anterior cervical interbody fusion (ACIF) from C2–C3 through C7–T1, NeckTune™ supports both stand-alone use and supplemental fixation with exceptional versatility.

Engineered for Precision Designed for Fusion.
ARTeMIS®

ARTeMIS

ARTeMIS®

ARTeMIS® is Medyssey's advanced percutaneous MIS fixation system, engineered for both mini-open and fully percutaneous approaches.

FDA Cleared MIS / Percutaneous 5.5mm Rod Ti-Alloy
TAURUS™

Interbody Fusion Cage

TAURUS™

TAURUS™ is Medyssey's fenestrated PEEK interbody cage system designed for OLIF, DLIF, and ALIF approaches.

PEEK Optima® OLIF / DLIF / ALIF L2-S1 6° / 12° Lordotic
LP™ CAGE

LP Cage

LP™ CAGE

The LP™ CAGE is a PEEK Optima®-based posterior interbody fusion (PLIF) cage designed for reliable disc height restoration and segmental stability in posterior lumbar approaches. Available in both straight (0°) and lordotic (4°, 8°) configurations, the LP™ cage adapts to varied sagittal profiles and surgical goals. The aggressive grooved surface ensures immediate fixation against endplate migration, while multiple height and length options provide coverage for a broad range of patient anatomies from L1 to S1.

PEEK Optima® PLIF 0° / 4° / 8° 8–15mm H 25–34mm L Grooved
DYNAMIC™

Dynamic

DYNAMIC™

Manufactured from solid titanium, it offers the inherent strength and biocompatibility advantages of metal — with a full range of lordotic angles, a broad height and length selection, and a grooved surface for secure endplate engagement and reliable interbody fusion outcomes.

Titanium Strength Precision Fit Reliable Fusion.
MEDUSSA®-PL

3D Printed

MEDUSSA®-PL

Constructed entirely from titanium alloy powder, its high-porosity architecture mimics the trabecular structure of bone — promoting vascular ingrowth, accelerating osseointegration, and delivering superior primary stability across PLIF, TLIF, ALIF, and DLIF applications.

3D Printed Porous by Design Built for Biological Integration
HEDJET™

Hedjet

HEDJET™

Two simultaneous thread leads that cut insertion time in half compared to conventional single-lead screws. Combined with the DOVETAIL locking mechanism, a comprehensive screw portfolio, and a wide size range, HEDJET™ delivers maximum procedural efficiency without compromising on fixation integrity.

Twice the Speed The Same Uncompromising Strength
KORA®

KORA

KORA®

With a comprehensive screw portfolio and long-span rod options in both titanium and cobalt-chrome alloy, KORA® delivers reliable fixation with streamlined intraoperative efficiency — from routine stabilization to complex multi-level reconstruction.

One Step to Secure Zero Compromise on Strength
ZENIUS™

ZENIUS

ZENIUS™

Featuring the DOVETAIL locking mechanism and a comprehensive screw portfolio with an extensive size range, ZENIUS™ delivers confident fixation across the full thoracolumbar spine — with the versatility surgeons demand and the minimized footprint patients benefit from.

Low Profile High Performance Uncompromised Control
ILIAD®

ILIAD

ILIAD®

ILIAD® combines the proven DOVETAIL locking mechanism with an extensive screw portfolio and long-span rod options — delivering rigid, reliable fixation from cervical-thoracic junctions to lumbosacral levels.

Built for Demanding Constructs Engineered for Precision
C7™

Anterior Cervical Plate Systems

C7™

C7™ is Medyssey's PEEK Optima® hollow interbody cage engineered for anterior cervical discectomy and fusion (ACDF).

Hollow by Design Fused for Life
POSEIDON®

Posterior

POSEIDON®

POSEIDON® is Medyssey's comprehensive posterior fixation system engineered for occipital and cervical stabilization.

From Occiput to Cervical Total Posterior Control