MinXray HF100-30
MinXray’s full wave rectified high frequency units are the most efficient portable x-ray generators in the world. Conventional units (self rectified, line frequency) are only about one-third as efficient as these technologically advanced units.
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GE Healthcare Optima CT660
Tried and True Technologies. Innovations with a 40-mm detector at 0.35-sec rotation speed. Up to 60% lower CO2 emissions using the energy saving mode. Advanced applications help clinicians make a fast and confident diagnosis. ASiR+ technology may allow for lower mA exams throughout the body. Simplified workflow for quick and streamlined operation. Scalable, modular design for ease of service. GE Healthcare Optima CT660 128-slice axial reconstruction for improved Z-axis visualization.
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GE AMX 4
At the end of the mechanical refurbishing every unit goes through a complete electronic calibration in the factory prior to shipping. The AMX is the most reliable portable on the market. For over twenty years hospitals have relied on the dependability of the GE-AMX portable for their imaging needs.
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Hologic Fluoroscan InSight-FD Mini C-Arm
Hologic continues to raise the bar for high quality fluoroscopy imaging with our CsI (cesium iodide) CMOS flat detector and its exclusive rotating capabilities. The CsI material provides high sensitivity, resulting in lower dose and high quality images.
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Vieworks Alto DR Csi
System Includes:
- Automatic Exposure Detection
- Single 17 x 17 inch a-Si TFT PIN Diode
- Fixed Flat Panel Detector
- Control Box with 30 ft. Power Cord
- 9 or 21ft. Panel Cable
- NOTE: Detectors DO NOT include Grid or Cabinet
- Housings (Optional 200 Line Grids are recommended
- for Human use with Alto DR Detectors.)
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GE Healthcare OEC 9600 Surgical
The GE OEC 9600 was the first system to introduce digital CCD Camera to the marketplace.
The GE OEC 9600 c-arm system builds off the popular OEC 9400 c-arm and improves it by offering an increased resolution via its all-new digital CCD camera compared to the 9400s analog system and a more modern Image Intensifier design that was carried over on to the 9800 and 9900 c-arm systems. The c-arm was manufactured from 1994 to 1999. We recommend the refurbished 9600 c-arm for startups or low caseload facilities that need a simple machine at a lower cost.
The Equipped MD Difference.
Equipped MD offers all configurations of the GE OEC 9600 and refurbishes everything in-house using our 25 years of c-arm refurbishing experience. All GE OEC systems go through our in-depth process which includes:
- 300 Point Inspection Of Internal Parts
- Replacement Of Wear Items
- New Main Battery Packs
- New CMOS & GIB Board Level Batteries
- New Brake Pads
- New Paint – Complete
- Factory Calibration
- Includes FDA Report Of Assembly (Form 2579)
- Standard 30 Day Warranty, Optional 6 Months & 1 Year Options
- Shipping Available To All 50 States
On top of our in-depth refurbishing process, Equipped MD offers a unique pricing program with our “Wholesale Direct” pricing structure. For years we have been building c-arms for other equipment distributors and dealers, and are now offering the same pricing direct to healthcare professionals. This allows us to offer you exceptional value, and custom tailor the pricing to your needs & budget.
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Rayence Xmaru 1012 WCA
This lightweight, wireless digital detector was created through the technological know-how of Rayence, the global leading manufacturing of digital imaging detectors. The uniqueness of this versatile detector solution includes an ergonomically designed, removable handle that can be attached to either the portrait or landscape location of the detector frame for ease of use.
For added flexibility, the 1012WCA can also be used as a tethered detector. With this configuration, the battery will recharge without it having to be removed and placed into a separate charger.
Experience the convenience, versatility and flexibility available only in the 1012WCA.
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Konica Minolta SONIMAGE HS1
The SONIMAGE HS1, with its high sensitivity and broadband linear probe, features several advancements in transducer technology, such as a multi-level matching layer, optimized component materials, and nanofabrication technology. SONIMAGE HS1 uses a five-level wave control algorithm to generate separate harmonic signals that cover the entire receive spectrum of the system. As a result, SONIMAGE HS1 overcomes many common trade-offs between resolution and penetration, providing the right balance for optimum, best-in-class image quality.