Introducing TRUE 3D. Weight Bearing Imaging for Foot & Ankle

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Logan Perkins
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1 Introducing TRUE 3D Weight Bearing Imaging for Foot & Ankle

2 You can t know what you don t see.

3 Take a stand for uncompromised vision in foot & ankle diagnosis. The power and precision of pedcat puts optimal treatment planning at your fingertips for greater confidence of increased predictability in surgical outcomes. The first TRUE weight bearing CT imaging system, pedcat is the in-office solution for advanced diagnostic imaging requirements of foot and ankle surgeons. page 3

greater confidence of increased predictability in surgical outcomes.

4 Greater Information - Optimized Treatment Capture 3D Volume to add a new dimension to diagnosis, evaluation, and treatment planning. Reveal indications under true physiologic weight bearing loads without bony superimpositions and plan with greater accuracy. Preoperative Planning Make precise assessments of relative bone positions and angulations for treating Hallux Valgus, Hallux Limitus/ Rigidus, Metatarsal weight bearing parabola, Midfoot dislocation, Flat foot correction, Rearfoot fusion, etc. Determine quality of bone as noted by the absence or presence of bone cysts Diagnose, Confirm or Rule Out Fractures Accurately identify the number, size and position of fracture fragments Identify the relationship between the fracture and adjacent joints Evaluate joint depression and complex neuropathic arthropathy Scan Evaluate Subluxations & Dislocations Metatarsophalangeal joints Lisfrancs joint Flat foot conditions Neuropathic arthropathy Evaluate Arthritic Joints Early detection of rheumatoid erosions Hallux Limitus Midfoot, rearfoot and ankle arthritis Charcot neuropathic arthropathy Early Detection of Osteomyelitis Confirm the suspicion of early bone erosion or lysis Intervene early to minimize damage Plan page 4

Preoperative Planning Make precise assessments of relative bone positions and angulations for treating Hallux Valgus, Hallux Limitus/ Rigidus, Metatarsal weight bearing parabola, Midfoot dislocation,

5 Communicate STAND & SCAN your patient in 68 seconds or less TREATMENT PLAN with intuitive yet powerful visualization software. Review data in multiple slice planes: axial, coronal, sagittal, and 3D renderings. Make distance and angle measurements. COMMUNICATE via 3D visualization with the patient for greater plan acceptance. Put Advanced Imaging Technology to work for you. CAPTURE RELEVANT DIAGNOSTIC INFORMATION NOT SEEN IN PLAIN X-RAY: Cone beam CT provides 3D volumetric data with undistorted and unobstructed anatomical details. POINT-OF-CARE: Compact design facilitating in-office accessibility. PROVEN TECHNOLOGY: Cone Beam CT imaging has revolutionized treatment paths in dental and ENT practices in the past 10 years, and is now being adapted by the foot and ankle community. Multi-planar slices (1 mm thickness) page 5

Put Advanced Imaging Technology to work for you.

6 Clinical Cases Assess bone quality as indicated by the presence or absence of bone cysts. Scroll through image slices to thoroughly evaluate the size and location of pathology. Bone cyst, sagittal slice Bone cysts, coronal slice Bone cysts, axial slice Bone cyst, sagittal slice Assess Arthritic joints based upon loss of joint spaces, periarticular spurs and subchondral bone. Bone cyst, axial slice page 6

Bone cyst, sagittal slice Bone cysts, coronal slice Bone cysts, axial slice Bone cyst, sagittal slice

7 Preoperative planning of the metatarsal weight bearing parabola. Early detection Metatarsal Parabola, coronal slice with measurements Preoperatively plan calcaneal medial displacement osteotomy. Identify the weight bearing position of the calcaneal tubercle in relation to the ankle mortise. The surgeon may then determine the amount of medial calcaneal displacement needed to place the medial calcaneal tubercle in the optimal position. Coronal slice Planning calcaneal medial displacement osteotomy, 3D rendering, axial, sagittal and coronal slices page 7

Identify the weight bearing position of the calcaneal tubercle in relation to the ankle mortise.

8 Diagnose, confirm or rule out fractures with greater precision. Clearly identify the relationship between the fracture and adjacent joints. Fractured Navicular, axial slice Fractured Navicular, sagittal slice Fractured Navicular, 3D rendering Evaluate subluxations and dislocations. Midfoot fracture-dislocation, axial slice Midfoot fracture-dislocation, sagittal slice Midfoot dislocation, 3D rendering page 8

Fractured Navicular, axial slice Fractured Navicular, sagittal slice Fractured Navicular, 3D rendering

9 Evaluate Detect and better assess bone spurs. Midfoot bone spur, coronal slice Midfoot bone spur, 3D rendering Confirm the suspicion of early bone erosion or lysis consistent with the diagnosis of osteomyelitis, allowing for more prompt and aggressive treatment of osteomyelitis. Early detection osteomyelitis, axial slice page 9

suspicion of early bone erosion or lysis consistent with the diagnosis of

10 In-Office Scroll through image slices and construct 3D renderings for optimal visualization of the area of interest. Sesamoid Fracture, axial slice Sesamoid Fracture, coronal slice Sesamoid Fracture, axial slice 2 Sesamoid Fracture, sagittal slice Sesamoid Fracture, 3D rendering page 10

Sesamoid Fracture, axial slice Sesamoid Fracture, coronal slice

11 Features and Specs Designed to fit into a minimum 48 x 58 space Weight: 400 lbs. [181kg] Power Requirements: North America: 115VAC 50/60Hz 12 Amps International: 220VAC 50/60Hz 6 Amps Internet Requirements: High Speed Internet Connection Recommended for Remote Support/Software Updates Server Dimensions: Height: 9 [22.9cm] Width: 21 [53.3cm] Depth: 30 [76.2cm] Locate within 50ft [15M] of pedcat Includes an operator s console and viewing workstation with LCD monitors [121cm] TOP VIEW TECHNICAL SPECIFICATIONS 3D Imaging Volume 20cm (height) x 35cm (diameter) and smaller Resolution Procedure time Max exposure time Tube voltage Tube current Image detector Gray scale Dimensions Weight Power Requirements [147cm] BACK FRONT 0.3 mm, 0.37 mm voxel sizes seconds 9 seconds kvp 3-5 ma Amorphous silicon flat panel 14 bit 4ft (h) x 4ft (w) x 5ft (d) 400 lbs 1500VA pedcat 3D Imaging In-Office In-Office Workflow Workflow Scan data saved to computer/server Conveniently images or upload scans to another doctor or radiologist pedcat 3D scan - Standard single foot scan under 20 seconds - Standard two feet scan under 68 seconds Interpretation/Treatment Planning* - Plan case - Consult - Burn to a CD Treatment Additional viewing/planning stations through your network *System includes one monitor with the acquisition station for performing scans and quick reviews, second monitor for viewing/treatment planning. BACK TOP To learn more about pedcat contact CurveBeam at curvebeam.com *System includes one monitor with the acquisition station for performing scans and quick reviews. Second monitor is for additional treatment or consultation and is available for an additional cost [147cm] [117cm] 175 Titus Ave Suite 300 Warrington, PA info@curvebeam.com [121cm] TOP VIEW FRONT FRONT VIEW [60cm] BOTTOM Getthe free mobile app for your phone TOP page [117cm]

Updates Server Dimensions: Height: 9 [22.9cm] Width: 21 [53.3cm] Depth: 30 [76.2cm] Locate within 50ft [15M] of pedcat Includes an operator s console and viewing workstation with LCD monitors 47.

12 About CurveBeam The team behind CurveBeam pioneered 3D Cone Beam imaging technology for dental specialties, revolutionizing dental implants, orth odontics and oral surgery. Today 3D scans are virtually the standard of care prior to advanced treatment planning or surgery, resulting in improved treatment success. CurveBeam is committed to bringing the power and value of Cone Beam technology to the Foot and Ankle specialty, in conjunction with comprehensive software tools to facilitate more accurate diagnosis and more precise treatment plans, improving the quality of life for its patients. curvebeam.com Rev. 09/17/12

Today 3D scans are virtually the standard of care prior to advanced treatment planning or surgery, resulting in improved treatment success.

DENTAL Cone beam 3D X-RAY SYSTEM with

VERSATILE INTUITIVE efficient DENTAL Cone beam 3D X-RAY SYSTEM with dedicated panoramic imaging With thirty years of experience in designing and manufacturing state-of-the-art dental panoramic and tomographic