Explore what changes knee care.

Zimmer Biomet

X-Atlas

Creates 3D bone models from protocol-based X-rays for image-based ROSA knee planning.

Peek Health

PeekMed

AI-assisted 2D-to-3D knee reconstruction supports preoperative planning from plain radiographs.

Medacta

MyKnee

A surgeon-reviewed 3D plan is translated into patient-matched cutting guides.

Materialise

OrthoView

Digital knee templating supports preoperative sizing, positioning, and component planning.

THINK Surgical

TPLAN

Creates an individualized 3D plan for TMINI, using supported implants from its partner library.

Stryker

Mako planning

CT-based planning is refined with intraoperative joint-balancing information in the Mako workflow.

Smith+Nephew

CORI Digital Tensioner

Measures native-knee laxity under a selected distraction force before bone resection.

Corin

OMNIBotics / BalanceBot

Robotic gap assessment across motion helps inform the surgical plan.

Medacta

MyKA instruments

Alignment-specific instruments and planning resources support a kinematic approach.

OrthoSensor / Stryker

VERASENSE

Intraoperative sensor technology provides compartmental load information during trial assessment.

Historical manufacturer source; current availability has not been verified.

Stryker

Mako

CT-based planning, joint balancing, and haptic guidance support robotic-assisted execution.

Zimmer Biomet

ROSA with OptimiZe

Planning, landmarking, and tracking tools support personalized robotic knee workflows.

DePuy Synthes

VELYS

A CT-free robotic workflow uses intraoperative information to guide bone preparation.

THINK Surgical

TMINI

A compact handheld robot connects CT-based plans with supported implant options.

OrthAlign

Lantern Knee

Handheld navigation provides positioning and gap-balancing information.

Medacta

NextAR Knee

Augmented-reality guidance brings planning and tracking information into the surgeon’s view.

Pixee Medical

Knee+ / NexSight

Compact augmented-reality technology provides alignment guidance during knee replacement.

Enovis

ARVIS

Head-mounted navigation displays intraoperative guidance in the surgeon’s field of view.

An FDA recall record identifies a Gen 2 display issue. Review affected systems and current instructions before use.

Zimmer Biomet / OneStep

mymobility + OneStep

An announced integration connects phone-based mobility insights with digital recovery management.

Current deployment scope requires confirmation.

ROMTech

PortableConnect

Connected home rehabilitation equipment supports exercise with remote clinical oversight.

Pacira

iovera

Cryoneurolysis uses targeted cold to temporarily interrupt peripheral nerve signals.

Smith+Nephew

PICO

Single-use negative-pressure wound therapy supports incision management.

Zimmer Biomet

Synovasure

Diagnostic tests support the evaluation of suspected periprosthetic joint infection.

Smith+Nephew

RI.INSIGHTS

Dashboards connect surgical plans and intraoperative data with outcome information.

Zimmer Biomet

ZBEdge Analytics

Brings intraoperative, mobility, and outcome information together for review.

Osso VR

Osso VR / Academy

Immersive procedural training supports rehearsal and skills development.

Specific knee modules and access depend on the training offering.

Ospitek

Ospitek

Live patient tracking and surgical-flow dashboards help teams see delays and coordinate care from arrival to discharge.

Zimmer Biomet

1Team

Case scheduling, step-by-step OR workflows, and procedure analytics help teams identify opportunities to improve efficiency.

Medacta

GMK Efficiency

Size-specific single-use instrumentation simplifies instrument organization and back-table preparation.

Medacta

GMK Ultimate Efficiency

A hybrid reusable and single-use instrument workflow streamlines tray management.

AI decision-aid research

Personalized outcome prediction

Patient-specific predictions are being studied to support shared decisions about knee replacement.

A predictive model is not a validated biomechanical replica of an individual knee.

Computational planning research

Patient-specific motion simulation

Computational models explore relationships between reconstructed joint dynamics and outcomes.

TKA tool-recognition research

AI surgical-video analysis

Machine learning explores automatic identification of instruments in knee surgery video.

Theator

Theator Surgical Intelligence

A surgical-video platform captures and analyzes procedures for review and learning.

General platform capabilities are described; a validated knee-specific workflow has not been confirmed.