Seed 2_557-20-101 -gehealthcare-brochure_idxa_pdf.pdf

GE Healthcare

Innovation and dedication

© 2011 General Electric Company - All rights reserved.

GE, GE Monogram, and iDXA are trademarks of General Electric Company.

Windows is a registered trademark of Microsoft Corporation.

FRAX is a registered trademark of the World Health Organization Collaborating Centre for Metabolic Bone Diseases, University of Sheffield, UK .

General Electric Company reserves the right to make changes in specifications and features shown herein, or discontinue the product described at any time without notice or obligation.

Contact your GE representative for the most current information.

GE Medical Systems Ultrasound & Primary Care Diagnostics, LLC, a General Electric company, doing business as GE Healthcare.

Indications for use: The Lunar iDXA Bone Densitometer provides an estimate of bone mineral density and fat and lean tissue mass.

The values can then be compared to a reference population at the sole discretion of the physician.

CAUTION: Federal Law restricts this device to sale by or on the order of a physician.

iDXA Lunar Product Division Americas GE Healthcare Lunar Global Headquarters PO Box 7550 Madison, WI 53707-7550 T: +1-888-795-8627 (option 9, then option 9) F: +1-608-223-2482

Lunar Product Division Europe, Middle-East & Africa GE Healthcare Lunar Kouterveldstraat 20 B-1831 Diegem, Belgium T: +32-2-7197217 F: +32-2-7197359 info.lunar@ge.com

Lunar Densitometry Asia & Pacific Headquarters GE Healthcare Lunar 3/F GE China Technology Park No. 1 Hua Tuo Road Shanghai 201203, China T: +86-21-38777888 (Ext. 60128 or 60480) F: +86-21-38777451

About GE Healthcare:

GE Healthcare provides transformational medical technologies and services that are shaping a new age of patient care. Our broad expertise in medical imaging and information technologies, medical diagnostics, patient monitoring systems, drug discovery, biopharmaceutical manufacturing technologies, performance improvement and performance solutions services help our customers to deliver better care to more people around the world at a lower cost. In addition, we partner with healthcare leaders, striving to leverage the global policy change necessary to implement a successful shift to sustainable healthcare systems.

Our “healthymagination” vision for the future invites the world to join us on our journey as we continuously develop innovations focused on reducing costs, increasing access and improving quality and efficiency around the world. Headquartered in the United Kingdom, GE Healthcare is a $16 billion unit of General Electric Company (NYSE: GE). Worldwide, GE Healthcare employs more than 46,000 people committed to serving healthcare professionals and their patients in more than 100 countries. For more information about GE Healthcare, visit our website at www.gehealthcare.com.

BMD-0146-06.10-EN-US

We uphold a clear vision of innovation.

GE Healthcare, Lunar is dedicated to the fight against osteoporosis – and has been for the past 30 years.

Our high level of customer satisfaction is achieved through delivering clinically relevant features and productivity enhancements to bone densitometry.

Bone densitometry re-imagined A focused team coupled with the passion for innovation.

Stunning image clarity, advanced diagnostic capabilities and workflow efficiencies make the Lunar iDXA® a prime example of GE Healthcare’s breakthrough strategy with an emphasis on image quality, ease of use, precision and productivity.

Advanced technology The distance of a patient’s spine or femur from the tabletop may vary considerably due to the wide range of body sizes. This can cause inaccurate bone measurements. The Lunar iDXA’s narrow-angle fan-beam technology with Multi-View Image Reconstruction (MVIR) eliminates the distortion effects seen in non-Lunar fan-beam densito-meters.1 MVIR image reconstruction measures the true size and area of the anatomy without making geometric or dimensional assumptions , providing excellent precision and accuracy.

Precision you can detect Osteoporosis treatment requires time to monitor. The Lunar iDXA helps to provide quick detection of bone changes with high-definition precision due to it’s advanced high-definition, direct-digital detector. Lunar’s pro-prietary calibration technology takes the entire body into account with low, normal and high BMD values, as well as lean, normal and obese %fat values.

*Evaluation of Precision and Accuracy of the Lunar iDXA Fan-Beam Densitometer. KG Faulkner, WK Wacker, JR Franz, KP Riewe, HS Barden, GE Healthcare, Madison, WI, USA. Presented at the International Osteoporosis Foundation World Congress on Osteoporosis, Toronto, Canada, June 2006.

Precision (%CV) for BMD and Body Composition

Design iDXA’s open architecture and larger table can accommodate patients up to 450 lbs (204kg) and allow for easy positioning of tall and or heavy patients.

Region Mean CV

Total Femur BMD (g/cm2) 0.998 0.7%

Spine L1-L4 BMD g/cm2) 1.184 1.1%

Total Body BMD (g/cm2) 1.142 0.5%

Total Body BMC (g) 2586 0.5%

Total Body Area (cm2) 2248 0.7%

Total Body %Fat 35.8% 0.8%

Total Body Fat (g) 25345 0.8%

Total Body Lean (g) 44283 0.5%

Fan beam collimator

High-definition staggered array

Images courtesy of University of Wisconsin Osteoporosis Center.

Going digital The Lunar iDXA’s patented high-definition, direct-digital detector with staggered array provides excellent image quality for clearer and crisper densitometer images.

The more you see, the more you know.

“The biggest advancement with the iDXA is the improved image resolution over previous GE Lunar densitometers. By having clearer pictures of the skeleton, you can be more accurate in placement of regions of interest during scan analysis. This is important in the accuracy of diagnosis and for comparison with previous tests.

Secondly, with the remarkable image resolution it provides, the iDXA will be very helpful in using vertebral fracture assessment to diagnose spine fractures. Our experience has also demonstrated that the BMD results obtained with iDXA are similar to those measured with GE's current DXA technology. This allows you to upgrade from other densitometers to take advantage of the improved image resolution without having to re-calibrate or re-calculate the bone density results.”

– Michael R. McClung, MD, bone clinician and researcher and founding director of the Oregon Osteoporosis Center in Portland, OR.

The Lunar iDXA delivers crisp, high-resolution images of the hip and spine. End plates on spine images are clearly rendered to easily identify intervertebral spaces. The higher resolution enhances proximal femur details, and aids in visualization of cortical thickness.

Orthopedic The orthopedic application provides accurate and precise bone mineral density and bone mineral content values. Bone assessment in the vulnerable region surrounding an implant is now possible. This application also enables automated bone assessment of the hip implant using standard Gruen zones (7 zones) and extended Gruen zones (19 zones) to provide better evaluation for practitioners and clinical researchers specialized in the fields of orthopedics and surgery.

Pediatric The pediatric application measures lean mass, fat mass, and bone to help you monitor growth and development in children.

Dual-energy Vertebral Assessment (DVA) DVA aids in the diagnosis and assessment of vertebral deformations. DVA provides a rapid, dual-energy image of the AP and lateral spine, allowing clinicians to visually assess the presence of vertebral deformations.

Advanced Hip Assessment (AHA) The AHA application provides tools to evaluate the structural properties of the hip:

• Hip Axis Length (HAL) has been demonstrated in prospective studies as an effective adjunct to femur bone density in predicting fracture risk.

• Cross-Sectional Moment of Inertia (CSMI) and Femur Strength Index (FSI) are calculated for the assessment of the load-bearing capacity of the hip.

• Color bone mapping is displayed to differentiate areas of cortical and high/low density trabecular bone

DualFemur The DualFemur option automatically scans both femurs in one seamless acquisition without repositioning the patient. This critical hip region assessment identifies the weakest side to enhance confidence in your treatment decisions. The trending function enables seamless follow-up of changes over time.2,3

Extensive collaboration with renowned bone researchers and clinicians around the globe has led to the development of our comprehensive clinical applications that help the everyday users of bone densitometry to diagnose osteoporosis and assess fracture risk in their patients.

FRAX®

Provides an estimate of 10-year probability of a major fracture (clinical spine, wrist, proximal humerus and hip) or hip alone. This estimate is based on femoral neck BMD and clinical risk factors.

Licensed from the World Health Organization (WHO), FRAX has been seamlessly integrated into the enCORE software (version 13.31) to make it easy to calculate and comply with new osteoporosis guidelines incorporating FRAX.

FRAX tool as implemented in the enCORE software.

Body composition n Age (yr) [range] Height (cm) [range] Weight (kg) [range] BMI [range] Total %Fat [range]

29 33.4 [22.1 – 53.9] 173.5 [157.5 – 193.8] 132.8 [95.7 – 184.7] 43.6 [36.2 – 54.4] 46.7% [37.7 – 53.6]

Precision of Lunar iDXA Total Body BMD and Composition Measurements on Obese Subjects R Huizenga1, HS Barden2, MK Oates3 1Cedars Sinai Medical Center, Los Angeles, CA; 2GE Healthcare, Madison, WI; 3Santa Maria, CA Excerpt from poster presented at ISCD Annual Meeting; March 2007, Tampa, FL, USA.

Subject characteristics: mean values

Clinicians today consider dual-energy X-ray absorptiometry (DXA) to be exceptional for measuring body composition because it accurately shows exactly where fat is distributed throughout the body. Lunar DXA systems directly measure and calculate total fat, lean and bone tissue instead of only estimating body composition.

Most people are used to stepping on a scale at every visit to a doctor's examining room. But monitoring weight – while helpful – is at best a crude and imprecise way to assess a patient’s health. Today's body composition measurement tools provide far more complete and precise information that can help support diagnoses and guide treatment, and can even help athletes make decisions on the training regimens they use to achieve the best performance. Body composition measurement with DXA can look beyond weight and traditional body mass index (BMI) to determine body fat distribution – an important risk factor in a variety of serious diseases. Information from DXA exams can prove valuable in conditions such as:

• Obesity • Cystic fibrosis

• Anorexia nervosa • Chronic renal failure

• Wasting syndrome (caused by HIV/Aids)

Accurate measurement of body composition can provide valuable information for assessing, monitoring and treating a variety of diseases and disorders.

MirrorImage

• MirrorImage increases the iDXA scan window virtually by 50%

• The patient is positioned with one half of the body fully in the scan window

• MirrorImage automatically estimates the body composition of the portion of the patient outside the scan window by doubling the imaged side.

“Clinical decision making is considerably improved by lower precision error, because the time necessary to detect a significant change in an individual is minimized. Despite scanning obese subjects, we conclude that the Lunar iDXA provided excellent precision for total body measurements, including BMD, BMC and body composition. This system proved to be a valuable tool in the measurement of body composition in individuals in the normal and higher weight range.”

Measurement %CV

BMD (g/cm2) 1.08%

BMC (g) 1.00%

Fat Mass (kg) 1.22%

Lean Mass (kg) 0.95%

%Fat (Tissue)* 0.78%

%fat (Region)** 0.78%

Precision error (%CV) for BMD and body composition

Precision Evaluation of Lunar iDXA Body Composition Measurements E. Toussirot1, C. Semon2, F. Penfornis2, D. Wendling1 1Department of Rheumatology, University Hospital Jean Minjoz, Besançon, France, 2Department of Endocrinology, University Hospital Jean Minjoz, Besançon, France Excerpt from poster presented at ASBMR Annual Meeting; September 2007, Honolulu, HI, USA.

Mean values and precision error (%CV) for BMD and body composition in obese subjects

“Lower precision error improves confidence in clinical decision-making and minimizes the time necessary to detect a significant change in an individual. We conclude that iDXA precision was excellent, despite the known challenges of scanning very obese subjects. With the increasing incidence of obesity in society, the higher table weight limit and wider patient portal on the iDXA system combined with excellent precision make this system a valuable tool in the measurement of body composition in larger individuals.”

* %Fat (Tissue) = fat/(fat + lean) ** %Fat (Region)= fat/(fat +lean + BMC)

Measurement Mean %CV

BMD (g/cm2) 1.065 0.56%

BMC (g) 2318 0.57%

%Fat (Tissue) 38% 0.63%

Fat Mass (kg) 28.78 0.59%

Lean Mass (kg) 42.78 0.45%

Indications for use: The GE Lunar Body Composition Software option (body composition) used on GE Lunar DXA bone densitometers measures the regional and whole body bone mineral density (BMD), lean and fat tissue mass and calculates derivative values of bone mineral content (BMC), area, soft tissue mass, regional soft tissue mass, total soft tissue mass, fat free mass, regional/total soft tissue mass ratio, %fat, region %fat, total body %fat, Android %fat, Gynoid %fat, Android/ Gynoid ratio (A/G ratio) and Body Mass Index (BMI). The values can be displayed in user-defined statistical formats and trends with color image mapping, and compared to reference populations at the sole discretion of the health care professional.

These body composition values are useful to health care professionals in their management of diseases/conditions where the disease/condition itself, or it's treatment, can affect the relative amounts of patient fat and lean tissue. The GE Lunar Body Composition Software option does not diagnose disease, or recommend treatment regimens, or quantify treatment effectiveness. Only the health care professional can make these judgements. Some of the diseases/conditions for which body composition values are useful include chronic renal failure, anorexia nervosa, obesity, AIDS/HIV and cystic fibrosis. DXA body composition is a useful alternative to hydrostatic weighing and skin fold measurements.

Watching children grow: Pediatric analysis tools

Automatic adjustment of femur, based on child’s height

Total body pediatric assessment

“Growth and illnesses in children do not always follow a standard path. Analyzing a child’s body status with skeletal and lean mass parameters enhances our ability to confidently assess bone and lean tissue.”

Hans Fors (MD), GP-GRC, Sahlgrenska Academy of Göteborg University, Göteborg (SE)

Lunar pediatric assessment

Age-specific standard deviations provide enhanced diagnostic confidence.9,10

Innovation and dedication Now you can use one powerful set of tools to get valuable clinical information about growth and development in children.

The Lunar DXA pediatric application measures more than BMD.

It analyzes all three tissue types – lean mass, fat mass, and bone – to help monitor growth and development in children.

The Lunar DXA pediatric application comes to you from GE Healthcare, a world-leading provider of densitometry solutions.4

Accurate assessment, reliable trending Children grow at unique rates. Our advanced pediatric analysis tools compare skeletal and chronological age analyses and BMD results against gender-specific reference populations.

“Children with growth abnormalities often show deficient BMD for chronological age, but this deficit might be a reflection of growth irregularities rather than poor bone mineralization.”5

Lunar’s DXA pediatric application provides measurements that enable enhanced assessments of growth and development, including:

• Height for age6

• BMC for bone area6

• Bone area for height6

• Lean body mass for height (muscle development)7,8

• BMC for lean body mass (muscle-bone balance)7,8

Exam results provide excellent diagnostic quality information and a comprehensive trending tool, coupled with full reporting and connectivity options.

Pediatric applications AP spine and femur applications provide:

• Rapid scan times at low dose

• Low-density threshold analysis

• User-defined custom analysis tools

• Height-adjusted femoral neck region

• Z-score reference comparison

• Age-dependent standard deviations

• Separate reference populations for boys and girls

Total body analysis features:

• Automated analysis for bone

• Total and regional fat and lean body composition analysis

• Body size assessments (height for age, bone area for height, BMC for bone area, lean mass for height, and BMC for lean mass)

• Total body and total body without head analysis with reference data

COBB

T1

Cobb angle

Vertebral assessment

“High-resolution radiographs are the optimal choice for fracture determination, but are not always easily available. We’ve found dual-energy DVA to be a convenient and rapid alternative to spine X-ray. The dual-energy image is easier to read than single-energy scans, and it can be combined with a bone density exam.”

Patrick K. Burke, M.D. - Osteoporosis Diagnostic and Treatment Center, Richmond, Virginia

T12

A single view of the spine Conventional radiographs require separate thoracic and lumbar films to adjust for the considerable differences in soft-tissue density between the chest and abdomen.11

The dual-energy technique utilized by GE Healthcare compensates for these differences to visualize the spine in a single view.

Two views for enhanced assessment AP view – enhanced visualization of the ribs and pelvis for easier labeling of vertebral bodies

Lateral view – visual and quantitative assessment using the morphometry wizard

• View single- and dual-energy images in one exam

• Visualize vertebral fractures using single- and dual-energy views

• Reverse VFA for improved visualization

Morphometry The morphometry wizard automatically labels vertebral deformations by using a six-point measurement of the anterior, posterior and mid-heights of vertebrae.

ClearView filter The ClearView filter enhances images by reducing soft tissue noise and improving bone edge detail. The filter is dynamically adjustable as the operator controls the enhancement, with a slide bar for viewing real-time image changes.

DVA vs. conventional spine radiographs The conventional spine radiograph is today's standard for vertebral fracture assessment. It provides high-quality image resolution enabling you to visualize more vertebrae, mild fractures and other features.11

However, a DVA performed on the iDXA densitometer offers several key advantages in assessing vertebral fractures:

• Low-dose point of care

• Subtraction of soft-tissue artifacts

• Single- and dual-energy images from one acquisition

DVA on the Lunar iDXA has been found to be comparable to X-ray in identifying and classifying vertebral deformities concerning etiology, grade and shape.12

Digital acquisition and storage The fully digital DVA image allows enhanced control for viewing and analysis, and is DICOM compatible for easy electronic storage and access.

iDXA Spine Geometry The DVA application on iDXA has been enhanced with Cobb angle calculations for spine geometry analysis. The Cobb angle between selected vertebrae is displayed on-screen and in reports that accompany the DVA results.

77 year old female, 63 in., 117 lbs.

(reverse lateral view)

65 year old female, 66 in., 138 lbs.

80 year old female, 61 in., 127 lbs. 48 year old male, 67 in., 148 lbs.

Automate bone density testing with the enCORE user interface GE Healthcare’s Windows®-based enCORE software platform brings speed and automation to today’s bone densitometry. In addition, the daily testing of the multi-point calibration coupled with the large reference population database ensures accurate and precise bone assessments.

Save time with ScanCheck ScanCheck automatically identifies potential acquisition and analysis errors and provides multimedia help. It alerts the operator of incorrect positioning, unusual anatomy, high-density areas and artifacts, and makes recommendations for correction.

Automation: So you can focus on the patient

MONITORING - AP SPINE RESULTS:

0.58 0.70

0.82 0.94

1.06 1.18

1.30 1.42

20 40 60 80 100

BMD (g/cm²)

Age (years)

-5 -4

-3 -2

-1

YA T-Score

AP Spine: L1-L4

Normal

Osteopenia

Osteoporosis

-10

70 71 72 73

%Change vs Previous

Age (years)

AP Spine: L1-L4 (BMD)

Region Measured Measured WHO Young Adult BMD %Change vs. Significant Date Age Classification egnahCsuoiverPerocs-T

L1-L4 XX/XX/XXXX 72.7 Normal 0.7 1.265 g/cm² 23.5% Yes L1-L4 XX/XX/XXXX 70.1 Osteopenia -1.4 1.024 g/cm² - -

MONITORING - FEMUR RESULTS:

0.378 0.504

0.630 0.756

0.882 1.008

1.134 1.260

20 40 60 80 100

BMD (g/cm²)

Age (years)

-5 -4

-3 -2

-1

YA T-Score

DualFemur: Total

Normal

Osteopenia

Osteoporosis

Left

Right

-2

-1

70 71 72 73

%Change vs Previous

Age (years)

DualFemur: Total Mean (BMD)

Region Measured Measured WHO Young Adult BMD %Change vs. Significant Date Age Classification egnahCsuoiverPerocs-T

Total Mean XX/XX/XXXX 72.7 Normal -0.5 0.946 g/cm² 3.3% - Total Mean XX/XX/XXXX 70.1 Normal -0.7 0.916 g/cm² - -

GE Healthcare PO Box 7550, Madison, WI 53707-7550

Phone: 608-221-1551 Fax: 608-223-2482

DXA Bone Densitometry Report: (day, month, year)

XX/XX/XXXX:etaD maxE 2 fo 2 egaP XXXXXXXX:tneitaP

Create customized physician reports with Composer With clinical diagnosis and treatment decisions based on a variety of criteria and guidelines established by international and local societies,13 it might not always be easy for referring colleagues to interpret multi-page reports. Composer generates concise patient reports including imagery, clinician diagnosis and monitoring assessments, in full accordance with the pre-defined criteria and guidelines in your locality.

Connectivity

• DICOM14 and HL7 connectivity seamlessly integrate densitometry results with Picture Archival and Communication Systems (PACS) and Radiology/Hospital Information Systems (RIS/HIS), respectively.

• The Worklist feature in both DICOM and HL7 enables automatic use of patient information from scheduling applications, helping to reduce data entry errors.

• Multi-User Database access (MUDB) improves flexibility and productivity by offering the possibility to access and/or reanalyze scans remotely, and to share with clinical partners.

• TeleDensitometry provides the ability to send paperless reports as e-mail attachments or faxes that can be viewed on any personal computer.

• InSite with ExC is a real-time service that allows remote monitoring “on screen”, application support and quick problem diagnosis and repair. InSite ExC helps resolve support issues quickly to maximize your equipment investment without compromising data security.15

• The SQL database format is offered in addition to the MDB database format to increase the flexibility in statistical data management.

We’ve got your back.

3.35m (11')

.2m (7")

3.

2m

(1 0.

5'

.2m (7").14m (6")

Minimum room dimensions:

References:

1. Boudousq V, Goulart DM, Dinten JM, Caderas de Kerleau C, Thomas E, Mares O, Kotzki PO (2005) Image resolution and magnification using a cone beam densitometer: optimizing data acquisition for hip morphometric analysis.

Osteoporos Int 16 (7):813–822

2. RE Cole, J Larson (2006). The Effect of Measurement of the Contralateral Hip if the Spine Is Not Included in the Bone Mineral Density Analysis. J Clin Densitom 9:210-216.

3. M Kamimura, H Hirabyashi, M Konishi, Q Zhou, H Kato (2006).

Osteoporosis diagnosis and treatment decisions with Dual Femur in Japanese women. Presented at the 17th International Bone Densitometry Workshop, Kyoto Japan, November 2006.

4. Based on global revenues versus competition.

5. Landoll JD, Barden HS, Wacker WK, King W, Kissel JT, Faulkner KG, Matkovic V (2004) Skeletal assessment in Duchenne muscular dystrophy using new DXA pediatric tools. J Bone Miner Res 19 (Suppl 1):S470.

6. Molgaard C, Thomsen BL, Prentice A, Cole TJ, Michaelsen KF (1997) Arch Dis Child 76:9-15.

7. Crabtree NJ, Kibirge MS, Fordham JN, Banks LM, Muntoni F, Chinn D, Boivin CM, Shaw NJ (2004) The relationship between lean body mass and bone mineral content in paediatric health and disease. Bone 35:965-972.

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8. Schoenau E, Neu CM, Beck B, Manz F, Rauch F (2002) Bone mineral content per muscle cross-sectional area as an index of the functional muscle-bone unit. J Bone Miner Res 17:1095-1101.

9. Fors H, Valdimarsson S, Wikland KA, Vandenbulcke K (2005) Improved assessment of bone status in children with Lunar pediatric total body software. J Bone Miner Res 20(Suppl 1):S301.

10. Barden HS, Wacker WK, Faulkner KG (2005) Pediatric DXA enhancements: Variable standard deviations, total body skull exclusion. J Clin Densitometry 8:232.

11. Genant et al, Journal of Bone Mineral Research 2003

12. G Armbrecht, D Felsenberg. Diagnostic of vertebral deformities: Comparison of VFA (GE iDXA) to conventional radiographs. Presented at American Society for Bone and Mineral Research (ASBMR) 2009

13. The World Health Organization (WHO), the International Society of Clinical Densitometry (ISCD) and the National and International Osteoporosis Foundation (NOF and IOF)

14. DICOM 3 and IHE Y4, Y5, Y6 and Y7 compliant

15. Networking is the user's responsibility.

16. Depending on product configuration and availability.

Contact GE Healthcare or our local distributor for the detailed current configuration and optional hardware.

17. Additional hardware may be required for fax capabilities.

18. Consult and Follow local X-ray regulations.

The Lunar iDXA is designed to have minimal impact on your practice in both the installation requirements and required operating space. The Lunar iDXA is shown in a 3.5 m x 3.2 m exam room with the included workstation. No operator shielding or special site preparation beyond a dedicated 100-127/200-240 VAC duplex outlet is usually required.18 The outlet should be placed near the desired location of the operator’s console.

Lunar iDXA technical specifications:15,16

Available applications and options

• AP spine

• Femur

• QuickView (10-second mode for AP Spine & Femur)

• DualFemur

• OneScan

• Advanced Hip Assessment (AHA)

• Total Body/Body Composition (with fat/lean assessment)

• Dual-energy Vertebral Assessment (DVA)

• Spine geometry

• FRAX® fracture risk tool

• ScanCheck

• Estimated Total Body %Fat

• Forearm

• Hand

• Lateral Spine BMD

• Orthopedic

• Pediatric

• Small Animal

• OneVision

• Composer

• TeleDensitometry (e-mail, fax17)

• HIPAA SecureView

• Practice Management tools

• DICOM (worklist, color print and store)

• HL7 bidirectional interface

• Multi-User Database access (MUDB) (1-3 or 1-10 users)

• SQL database

• Applaud CD-based training

• Remote connectivity for direct customer support enCORE Windows-based user interface

• Advanced intuitive graphical interface with multimedia on-line help

• Multiple languages available

• SmartScan for scan window optimization and dose reduction

• Automated scan mode selection

• AutoAnalysis for better precision

• Customized analysis for clinical flexibility

• Exam comparison process

• Multiple patient directories with database

• BMD or sBMD results, BMC and area

• Extensive reference data: >12,000 USA/ Northern European subjects, as well as NHANES, and numerous regional databases

• T-score, Z-score, % young adult and % age matched

• WHO guidelines for diagnosis of osteoporosis

• Patient trending with previous exam importation

• enCOREXpress mode for brief click path

• Scan image preview

Quality assurance

• Automated test program with complete mechanical and electronic tests

• Automated QA trending with complete storage

Scanning method

• Narrow-angle fan-beam technology with Smartscan and MVIR

• No scout scan required, no moving table

X-ray characteristics

• Constant potential source at 100kV

• Dose efficient K-edge filter

• Tube current: 0.188-2.500mA

Detector technology

• High-definition detector

• Direct-digital

• Energy-sensitive, solid state array

Magnification

• None - Object-plane measured

Dimensions (L x W x H) and weight

• 2.87m x 1.31m x 1.25m - 360kg

(113" x 52" x 49"- 792lbs)

• Table height: .63m (25")

Patient weight limit

• 204kg (450lbs)

External shielding

• Not required: X-ray safety requirements may vary by location. Please inquire with local regulatory authorities.

• Operating scatter: < 0.8 mR/hr (8 μSv/hr) @ 1m (39") from X-ray source

• GE Healthcare recommends consulting your local regulatory agency to comply with local ordinances.

Environmental requirements

• Ambient temperature: 18-27°C (65-81°F)

• 120 VAC 50-60 Hz 20A dedicated circuit or 230-240 VAC 50-60Hz 10A dedicated circuit ±10%

• Humidity: 20%-80%, non-condensing

Computer workstation

• Windows platform

• Computer, printer and monitor

Backed by a dedicated team of bone densitometry specialists Get assistance from our highly-trained and widely deployed bone densitometry service teams, plus remote applications support.

Backed by in-depth training Dedicated on-site applications training and self-guided tutorials extend your training options.

Backed by clinical research and development.

Thousands of articles and studies support the clinical use of our innovative DXA technology.