CapIMAGE™
SFOV Gamma Camera
Small Field, Big View
CapIMAGE™
SFOV GAMMA CAMERA
CapIMAGE™ PROVIDES VERSATILITY FOR MULTIPLE PATIENT
POSITIONS TO ACCOMMODATE PLANAR, GATED
AND DYNAMIC IMAGES
CapIMAGE is a small field of view gamma camera system ideal for imaging small organs and body parts
including the thyroid, parathyroid, planar bone images, and gated cardiac studies. Additionally, CapIMAGE
provides a convenient platform for pediatric imaging. CapIMAGE can improve instrumentation and staff
productivity by providing an alternative for imaging small organs; thus, freeing up the large field of view
gamma cameras for the more complex procedures such as whole body imaging, SPECT and SPECT/CT. This
optimization of instrumentation can improve both patient flow as well as staff utilization.
System’s Features- A Number of Options
Buttons Interface Clear Angle Markings
Quick-release solenoid locks for rapid Allow for precise head positioning
manual tilt/rotation of detector
Laptop PC
Handheld Collimator
Acquisition/processing
Rapid collimator terminal incorporated into the
exchange with a single onboard laptop
button release Energy spectrum and persistence
Lightweight LEHR and scope are integral to the acquisition
LE Pinhole collimator functionality on the onboard laptop
Optional ECG software and gating
standard with camera device expands camera versatility
system
Highly Adaptable Head Wheel lock release
Accommodates upright or supine Quick-set wheel locks for safety
patient imaging
8.25 inch circular field of view Laptop Base Rotation
180 degree swivel base plate
Adjustable Height for Laptop for optimal patient
Push-button activated set-up/monitoring
motorized motion sets
detector height Compact footprint
Fits easily through standard door
Movable Gantry frames
Free-rolling wheels for ease of
motion
CapIMAGE™ SFOV Gamma Camera- Item #5830-3001
IF DIVERSITY AND QUALITY ARE KEY TO YOUR PRACTICE
LAO Pinhole Thyroid RAO Pinhole Thyroid CapIMAGE Offers:
• Unique detector stability
ANT Pinhole Thyroid ANT Thyroid (LEHR Collimator) • High quality spatial and energy resolution
• Algorhythms optimized for photon position
User-Defined Processing Protocols:
• Image filtration
• Flexible display formats
User Defined Acquisition Protocols:
• User defined static, dynamic and gated
acquisition protocols
• Thyroid uptakes and imaging
• Parathyroid imaging
• Gated cardiac imaging
• Planar skeletal imaging
Gated MUGA LAO Gated MUGA ANT DICOM Interface:
• Rapid data communication with HIS/RIS and
PACS systems
• Worklist data can populate the data fields for the
required exam
• Processed studies pushed to the DICOM server
for review on any functional workstation
• Optional workstation software available
Diverse Planar Applications
Right Hand Right Shoulder Left Knee Thoracic Spine
CapIMAGE™
SFOV GAMMA CAMERA
Acquisition and Processing
Hardware: Laptop- Min. 1200 MHz Pentium III Windows Vista
Minimum screen resolution 1400x1050
Acquisition functionality:
General:
Processing: On board user processing for image manipulation and
display
Persistence scope: 256x256 matrix plus energy spectrum
Pixel size: 4 mm square (64 matrix) or 0.5mm (512 matrix)
Zoom factors: 1-5 user selectable in 0.1 increments
Image orientation: 0, 90, 180 and 270 degrees
User definable acquisition protocols: Pre-defined acquisitions with all parameters set:
Select acquisition, position camera (manually), hit
start.
Manual definition of acquisition protocols
Patient data entry and manipulation:Manual entry (and editing) of patient information
HIS RIS Patient database (via Access and Interfile
format)
Patient dataset export: DICOM 3.0. Manual “push and automatic “push”
protocol. Configurable (Password protected)
Image display for all dataset types: Selectable gray and color maps
Cine display for dynamics and multi-gated
Static: User selectable with energy correction
Gated: User controlled with beat rejection adjustment
Matrix: 64,128, 256, 512, 1024 pixels
Energy windows: 3 datasets can be acquired simultaneously
Up to 3 windows can be summed within each
acquired dataset
Termination: Preset or manual
Automatic stop: Time or counts
Time: 1-10,000 seconds
Counts: 1-1,000,000 kcounts
Camera QC (user accessible): Software that specifies the uniformity during QC
Uniformity correction Isotope and collimator specific; Intrinsic or extrinsic
calibration
Detector peaking: Automated calibration procedure
Uniformity check: Isotope and collimator specific
Intrinsic or extrinsic flood check
“Low count” for visual checks
“High count” for automatic NEMA analysis and
reporting
Reporting comprises measured energy peak,
uniformity results and energy resolution
Resolution check: 4 field bar phantom image visual inspection
Camera QC: QC settings preset with software
NEMA: Compliant software for testing built in
CapIMAGE™
SFOV GAMMA CAMERA
System Specifications
Specifications CFOV UFOV Specifications
Intrinsic Spatial Resolution Intrinsic Flood Field Uniformity at 75 kcps
FWHM <3.7mm <3.7 Integral <2.7 <2.7
FWTM <7.6mm <7.6mm Differential <1.7 <1.7
Intrinsic Energy Resolution Multiple Window Spatial Resolution <2mm
FWHM - <9.42% System Sensitivity
Intrinsic Flood Field Uniformity LEGP Collimator 270 cpm/µCi
Integral <2.5% <2.5% Detector Size 8.25 in
Differential <1.5% <1.5% Energy Range 55-200 keV
Intrinisic Spatial Linearity Crystal Thickness 3/8”
Absolute <0.5mm <0.5mm
Differential <0.2mm <0.2mm
Intrinsic High County Rate Performance
Maximum Count Rate 250kps
Environmental Specifications Optional Accessories
Temperature/Humidity 15-30° C(59-86° F) Diverging Collimator LEGP Collimator
Requirements 20%-80% RH LEPH Collimator LEDV Collimator
at 25° C(77° F) MUGA Option LEHR Collimator
Voltage/Current 90-264 VAC, 200VA
General Mobile, single detector system dedicated for planar imaging
Static, Dynamic, Gated Planar.
System type: 60 cm (W) x 118/173cm (H) x 13-0 cm (D)
Acquisition types: 23.6” (W) x 46.5/68.1” (H) x 51.2 (D)
Approx. Dimensions <200 kg (440 lbs.)
>64 cm/25.2” from edge of gantry to center of detector UFOV
Weight: Approx. 75-130 cm/29.5”-51.2” (parallel hole collimator surface
Detector Reach above floor level)
Detector Height
Motorized with two speeds
>4.5 cm/sec
Motions <1 cm/sec
Manual with lock
Detector vertical: >-35 to +90 degrees
Fast speed: Manual with Lock
Slow Speed: >-90 to +180 degrees
Detector tilt:
Range:
Detector Rotate:
Range:
CREATED FOR USE IN MULTIPLE CLINICAL ENVIRONMENTS
AND FOR VARIOUS IMAGING APPLICATIONS
OPTIONAL COMPONENTS
LEDV Collimator: LEPH Collimator:
Item #5820-2001 Item #5820-0024
MUGA Option:
Item #5830-2002
Gated Trigger Monitor:
Item #5830-2002
LEHR Collimator:
Item #5820-0023
7 Vreeland Road, Florham Park, NJ 07932 • 201.825.9500 or 800.631.3826 • www.capintec.com
, Capintec and CapIMAGE are registered trademarks of Capintec, Inc.