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Hip Navigation System for Intraoperative Analysis & Digital Templating NON-INVASIVE FITS INTO SURGEON’S EXISTING WORKFLOW CAN REDUCE SURGICAL TIME & FLUOROSCOPY USE

Intraoperative Navigation · Offset & Leg Length Analysis · Analysis (Fig. 4) • Analyze offset and leg length using intraoperative fluoroscopy. Cup Position Analysis (Fig. 5) •

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Page 1: Intraoperative Navigation · Offset & Leg Length Analysis · Analysis (Fig. 4) • Analyze offset and leg length using intraoperative fluoroscopy. Cup Position Analysis (Fig. 5) •

Hip Navigation System for Intraoperative Analysis & Digital Templating

NON-INVASIVE

FITS INTO SURGEON’S EXISTING WORKFLOW

CAN REDUCE SURGICAL TIME & FLUOROSCOPY USE

Intraoperative Navigation· Offset & Leg Length Analysis· Acetabular Component Position Guidance· OneTrial Optimal Implant Selection· Template Rescaling

Preoperative Features· Digital Templating for Hips· Digital Templating for Knees

Communication· Seamless collaboration between surgeon & rep· Streamline case planning using the JointPoint calendar

Technical Features· Fully HIPAA Compliant· Cloud-based case management· No additional hardware or devices are required

Page 2: Intraoperative Navigation · Offset & Leg Length Analysis · Analysis (Fig. 4) • Analyze offset and leg length using intraoperative fluoroscopy. Cup Position Analysis (Fig. 5) •

INCORPORATE JOINTPOINT INTO YOUR EXISTING DAA WORKFLOW.

JointPointTM Features

Fig. 1

Fig. 2

Fig. 3

PREOP FUNCTIONALITY

Hip Templating (Fig. 1)

• JointPoint’s portability andrescaling technology allows youto dynamically update or createtemplates in the OR.

Innovative Leg Length Analysis (Fig. 2)

• JointPoint’s unique leg lengthanalysis tool incorporates pelvicrotation and femoral positioning.

Knee Templating (Fig. 3)

• Improve OR and supply chainefficiency.

INTRAOP NAVIGATION

Intraoperative Offset & Leg Length Analysis (Fig. 4)

• Analyze offset and leg lengthusing intraoperative fluoroscopy.

Cup Position Analysis (Fig. 5)

• Analyze cup anteversion andabduction angle intraoperatively.

OneTrial Predicts Optimal Implant Combination (Fig. 6)

• Use JointPoint OneTrial to selectoptimal implant without re-trialing.

PRE SURGERY• The case is created in the JointPoint calendar by

the surgery scheduler. The case is shared with thesurgeon and the requested implant representative.

• The surgeon and rep access the case using theirown logins, and one or both create a preoperativetemplate.

• Rep and surgeon can view each other’spreoperative templates and share case notes withinJointPoint.

• The rep can streamline their surgical casepreparation with seamless access to case data.

DURING SURGERY• Patient is positioned and an x-ray of the hip is taken at

the beginning of surgery.

• Surgeon continues with their normal DAA workflow.

• The surgeon takes an x-ray while implanting theacetabular component, and optionally uses JointPointto analyze cup position.

• Surgeon prepares femur and reduces hip with femoraltrials in place.

• X-ray of the hip is taken with the trial in place.

• JointPoint is used to create an overlay of intraopimages showing offset and leg length changes.The surgeon is now analyzing real-time operative datathat they can compare to their preoperative goals.

Anterior Approach Case Study

Page 3: Intraoperative Navigation · Offset & Leg Length Analysis · Analysis (Fig. 4) • Analyze offset and leg length using intraoperative fluoroscopy. Cup Position Analysis (Fig. 5) •

Fig. 4

Fig. 6

Fig. 7

Fig. 5

STREAMLINE COMMUNICATION JointPoint Calendar (Fig. 7) • View case schedule and use

interactive calendar icons to quicklyreview case information.

Case Sharing• Share cases between surgeons,

reps, and office support teamsusing case sharing functionality.

Case Planning and Collaboration• Surgeon and reps can share patient

specific notes to improve caseplanning and communication.

• Software predicts leg length and offset changesassociated with different trial combinations.JointPoint’s predictive capabilities can reduce ORtime and fluoroscopy by eliminating re-trialing.

POSTOP VISIT• Postoperative AP Pelvis x-ray confirms

intraoperative data analysis.

Noninvasive Navigation for Acetabular

Component Positioning and Implant Selection

To register go to www.JointPoint.com/register

Page 4: Intraoperative Navigation · Offset & Leg Length Analysis · Analysis (Fig. 4) • Analyze offset and leg length using intraoperative fluoroscopy. Cup Position Analysis (Fig. 5) •

Intraoperative Navigation· Offset & Leg Length Analysis· Acetabular Component Position Guidance· OneTrial Optimal Implant Selection· Template Rescaling

Preoperative Features· Digital Templating for Hips· Digital Templating for Knees

Communication· Seamless collaboration between surgeon & rep· Streamline case planning using the JointPoint calendar

Technical Features· Fully HIPAA Compliant· Cloud-based case management· No additional hardware or devices are required

2840 West Bay Drive, Unit 163Belleair Bluffs, FL 33770

(212) 744-5308

INTRAOPERATIVE ANALYSIS & DIGITAL TEMPLATING

Visit us at JointPoint.com or email [email protected] to learn more.

TM

DSUS/JRC/0917/2323