Medical Imaging Equipment

Ultrasound Power Meter UPM-DT-10AV Specifications: Measurement Range: 0-30 Watts Resolution: +/-2 mW Minimum Detectable Power: 1mW Display Sensitivity: 0.001/0.01/0.1 Watt Accuracy: +/-3% + One Digit Zeroing Method: Automatic Averaging of Measured Values: 100 Stabilization: 2.5 Second Integration Maximum Weight Capacity: 210 Grams Maximum Transducer Size: 3" Diameter Transducer Operating Frequency: .5-10MHz Test Media: Degassed Water Computer Interface: RS-232, 300-9600 Baud Default Baud Rate: 2400 Power: 12Vac, 1 Amp 120VAC Adaptor Supplied(adaptors for 240vac available on special order: 120vac to 12vac EMI Rating: Conforms to CE &FCC Electrical Safety: Conforms to UL &CSA Size: 11"H x 15" L x 10" W Weight: 22 Lbs Net Carrying Case: Black Anodized Aluminum

Accessories: AC Adapter, Carrying Case, Calibration Weight, Probe clamp assembly GENERAL INFORMATION: The UPM 2000 Digital Ultrasound Wattmeter (Power meter) is deigned to provide an accurate means of verifying and calibrating the output of therapeutic ultrasound devices. It measures output utilizing state of the art microprocessor and strain gauge bridge transducer, provides quick reading The UPM 2000 is compact, simple to use, portable and rugged built. The UPM 2000 uses an auto zero function and a calibration check weight provided with the unit making it easy to verify the calibration in the field. The unit is powered by a 9 Volt alkaline or using AC adapter supplied with the unit. FEATURES: • Measures total-pulsed or continuous-average power • Quickly and accurately make power measurements • Accommodate a variety of transducer shapes and sizes • Large easy to read Display • High Resolution -0.1W • Easy drainage of the tank • Auto zero function • RS 232 Port • Light weight and easy to carry • Field Calibration check using weight standard. • Compact, light weight, easy to carry SPECIFICATIONS: Measurement range : 0.1 to 30 Watts Input Power Level: 0 - 30 W Input Frequency: 0.5 - 10 MHz Resolution: 0.1 W Accuracy: Electrical +/- .15 W (+/-.01 grams) Repeatability: +/- 3% of reading +/- .2 watts Acceptable Transducer Size: 3” max (7.6 cm) diameter Operating Temperature: 10 degree - 30 degree C (50 degree - 85 degree F) Power requirements: 9 Volt alkaline or equivalent Battery life: 10 Hours continuous operation Dimensions: 9” x 14 1/2” Height: 7 1/2” (10 3/4” with Clamp Post)

Datascope System 95 Intra-aortic Balloon Pump Accessories: ECG Cable/Leads, BP Cable, Power Cord, Permantly attached Doppler, Condition: Patient Ready FEATURES: Intra-Aortic Balloon Pump ECG Triggers Pacer Triggers Advanced pneumatic design Permanently attached doppler Detailed monitoring Rotating monitor SPECIFICATIONS: Annotations: ECG: Lead Pressure: Scale Parameters: heart rate, systolic, diastolic, mean, augmented pressure Trend: Same as trend display Recording Format: Recorder: thermal array type recorder/2" thermal paper Waveform Presentation: ECG, arterial pressure, optional balloon pressure waveform. Graphic Presentation: heart rate trend, pressure trends. Vent marker: trigger point, Inflate interval Trend Display: Memory: 8 hours total; 30 minutes of 5 minutes average; 7.5 hours of 15 minutes average. Data Available: heart rate, peak systolic, pressure, diastolic pressure, mean and augmented pressure Inputs/Outputs: ECG Connectors: 6 pin 5-lead AAMI proposed standard; patient input 3-conductor phone jacks; monitor level. Pressure Connectors: 6-pin male connector, Datascope-specified compatible transducer; 3-conductor phone jack; monitor level Voltage Interface: ECG=1V/mV nominal arterial pressure=1V/100mmHG nominal Pressure: Pressure sensitivity to trigger: 15 mmHg min pulse amplitude Transducer Requirements: ? Sensitivity: 5.0microV/V/mmHG. ? Excitation: +5V DC.? ? Zero Range: +/-120mmHg Trigger Source: ECG trigger requirement: 120microV +/- 20microV/40microV at max. gain. Pacer Rejection: (no tails): +/- 2mV to +/- 700mV duration 0.1 ms to 2 ms. Pressure: adjustable between 7 mmHg to 30 mmHg pulse amplitude. Pacer A-V: A-V interval 80-225 ms rate or equal to 125bpm. Pacer A: trigger requirement (same as ECG). Pacer V: 185bpm. Internal: 40-120 in 5bpm increments; default rate 80 +/- 1 bpm ESIS: automatic suppression with internal ECG amplifier ECG: Leads: I, II, III, avr, avl, avf, V Frequency Response: 0.5 - 135 Hz output jack 0.5 - 12 Hz display Leakage Current: 10microA source current, 20microA sink current. Defibrillation Protection: discharge levels up to 500 joules. Recovery Time: trace returns to screen, 2 sec. maximum Display: Type: Gas Plasma, 5.2" x 8.25", 132mm x 210mm. Channels: ECG, Arterial Pressure, Optional balloon pressure waveform Reference Line: 0-300 mmHg/max Pneumatics: System Compressor: Dual head diaphragm pump brushless DC motor. Patient Balloon Pump Gas: Medical-Grade Helium Blood Detection: Automatic protection of pneumatics by optical detection and isolation of blood in auto fill lint. Electrical: Battery Pack: 24VDC, 18AH Type: Sealed Lead Acid, maintenance free Battery Operating Time: 1.5 hours@150bpm. Battery Recharge Time: 18 hours maximum from completely discharged to full. AC Power Requirements: 500 VA normal, 90-130V, 50/60Hz; 200-260, 50-60Hz Mechanical: Dimensions: 48" H x 33" W x 19" D (104cm x 71cm x 61 cm) Weight: 175lbs (80kg) without helium tank.

ATL HDI color doppler ultrasound unit model 3000. Software VER 47.18 cardiac/vascular calc. package. Transducer: cardiac P3-2.4 THRU 2.0 MHZ (broadband intercostal probe) / vascular:L7-4 THRU 4.0 MHZ (vascular/small parts linear) unit completely refurbished. We have 2 units available.

General Electric X-Ray Model: AMX4 in good operationg condition complete set of batteries installed in April of 2007. Calibration was done in April. It looks like it was manufactured in 1988

Complete Acuson cardio/ vascular ultrasound system.

Acusan Ultrasound Model: ASPEN. The new golden standard in echocardiography is defined by native tissue harmonic imaging (NTHI) and delta differential echo amplification--two powerfull technologies that were first introduced on Acuson's Sequoia echocardiography system. Now they migrated to the advanced system