Clinical Translation

TARS: medical AR for intelligent oral surgery.

TARS brings AI- and AR-guided navigation into oral surgical workflows, linking optical tracking, spatial registration, visualization, and device translation.

Official TARS product site

TARS Gen1 oral surgical navigation system — TARS Gen1 **AI- and AR-guided oral surgical navigation**

Medical AR for Clinical Problems

From clinical problem to a new surgical interface.

TARS turns medical AR from a display layer into an operative interface for attention, spatial understanding, and repeatable execution.

Clinical Need

Navigation must become intuitive enough for routine surgery.

Conventional navigation can improve accuracy, but screen dependence, hand-eye coordination, registration steps, and workflow interruption limit routine adoption.

Clinical Barriers

Precision with workflow burden

Complex registration and screen switching can turn navigation into an additional task during surgery.

TARS Direction

Guidance in the operative field

AR guidance connects plans, instruments, anatomy, and feedback within the surgeon's field of view.

Clinical Application

AR navigation tested within real operative settings.

Clinical translation is evaluated in the operative field, where visualization, tracking, registration, and the surgeon's attention must work together without interrupting treatment.

TARS AR-guided navigation in an oral surgical procedure — Clinical UseAR-guided oral surgical navigation

Close-up of AR-guided oral surgery with optical tracking markers — Operative FieldGuidance aligned with clinical action

TARS navigation display and AR-guided clinical workflow — Navigation WorkflowScreen, tracking, and AR guidance

TARS System

A surgical navigation system built as a clinical workflow.

TARS Gen1 integrates positioning, computing, AR visualization, visible-light vision, optical tracking, and software-guided registration into one surgical workflow.

TARS AR headset close-up — Mixed Reality InterfaceAR headset and in-field guidance

TARS tap registration marker plate — RegistrationTap registration marker

TARS visible-light vision and surgical lamp module — Vision SystemVisible-light optical tracking

Clinical and Educational Translation

A system for clinical use, training, and evaluation.

TARS supports guided oral surgical tasks and mixed-reality training. Clinical and educational workflows provide settings to evaluate accuracy, usability, attention, and reproducibility.

Mixed-reality oral surgery training with TARS — Clinical EducationMixed-reality training workflow

TARS tap registration marker used for surgical training and registration — Training HardwareRegistration marker for guided practice

TARS Gen1 product detail designed by Fyton in Chengdu

Medical AR

Medical AR implemented through a real surgical system.

TARS treats medical AR as part of the surgical workflow. It links the operator, anatomy, instruments, and operative plan for intelligent oral and craniofacial surgery.

Visit the TARS product site