DigitalDiagnost C50
Ceiling mounted digital X-ray system
DigitalDiagnost C50
Ceiling mounted digital X-ray system
This performance oriented ceiling mounted digital X-ray system with a fixed or wireless detector, motorised auto-tracking, a fully digital workflow, and UNIQUE image processing, delivers diagnostic quality images for fast, efficient exams.
Features
Extended clinical capability
DigitalDiagnost C50 offers the versatility necessary to address a broad range of clinical applications in a cost-effective manner. Smooth operation, the latest generation wireless/fixed detectors, and cutting-edge post-processing features help assure comprehensive performance.
Ease of operation
The ceiling suspended X-ray tube moves smoothly and manually into position. The vertical stand detector slides up/down and tilts a full 900 for easy horizontal exams. With vertical auto-tracking the motorized tube automatically follows the detector.
Quality digital X-ray images
Your choice of latest generation wireless or fixed detector is paired with built-in APRs for a high level of exposure accuracy, AEC for consistent image quality, multi-resolution image processing, and optional standard stitching capabilities, to provide you with superb image quality.
Specifications
- Collimator
- Type
- Manual, with light field indicator
- Timer switch
- 30 s (should be configurable)
- Angle of aperture and rotation
- ±45°
- X-ray generation
- Generator
- 50 kW
- 65 kW
- High-voltage generator
- The converter generator generates high voltage equivalent to DC voltage
- Mains voltage
- 380V/400 V / 480 V (±10%); 50 Hz or 60 Hz, 3-phase
- Max. mains resistance at 400 V
- 0.3 Ohm
- 0.2 Ohm
- Max. mains current at 400 V
- 112A
- 134A
- Nominal power (IEC)
- 50 kW
- 65 kW
- Max. tube voltage
- 150 kV
- 150 kV
- Max. tube current (at 80 kV)
- 630 mA
- 800 mA
- mAs product
- 0.4 mAs to 850 mAs
- 0.4 mAs to 850 mAs
- Exposure times
- 1ms to 4s
- 1ms to 4s
- Tube High power X-ray tube
- Two focal spots
- RO1750 - 0.6 and 1.2
- SRO 33100 - 0.6 and 1.2
- Maximum power with focal spot 0.6
- RO1750 - 21 kW
- 3SRO 33100 - 3 kW
- Maximum power with focal spot 1.2
- RO1750 - 60 kW
- SRO 33100 - 100 kW
- Anode angle
- RO1750 - 13°
- SRO 33100 - 13°
- Maximum tube voltage
- RO1750 - 150 kV
- SRO 33100 - 150 kV
- Anode heat storage capacity
- RO1750 - 220 kJ (300 kHU)
- SRO 33100 - 220 kJ (300 kHU)
- Assembly heat capacity
- RO1750 - 1500 kJ (2202.4 kHU)
- SRO 33100 - 1500 kJ (2202.4 kHU)
- Minimum anode speed
- RO1750 - 3000-3600 revolutions/minute
- SRO 33100 - 9000-10800 revolutions/minute
- Continuous anode input power
- RO1750 - 250 W
- SRO 33100 - 200 W
- Fixed detector
- Weight
- 2.1 kg
- Image matrix size
- 2,869 pixel x 2,874 pixel
- Active area
- 42.5 cm x 42.5 cm (16.7" x 16.7")
- Detector pixels
- 8.3 Megapixel
- Type
- Digital GOS (Gadox) flat detector
- Image resolution
- up to 3.4 Lp/mm
- Pixel size
- 148 μm
- Detector size
- 43 cm x 43 cm (17"x 17")
- Ceiling suspension CS
- Column
- 110 cm (44”)
- Ceiling height at source image distance
- 270 cm
- Movements
- Travel range Y axis(Lateral)
- 1.8m (5' 11")
- Travel range Z axis(Vertical)
- 1.5m (4' 11")
- Travel range X axis(Longitudinal)
- 3.05/4.05m (10'/13'3.4")
- Eleva workspot computer
- Hard disk
- 500 Gb total; 203 Gb for the image data (equivalent to approximately 11548 images)
- RAM storage capacity
- 4 Gb
- Wireless portable detector
- Type
- Digital wireless flat detector
- Scintillator
- Gadox
- Detector size
- 35 cm x 43 cm (approx 14" x 17")
- Image matrix size
- 2476 x 3072 pixels
- Pixel size
- 139 μm
- Active Area
- 34.1 cm x 42.4 cm (approx 13.4" x 16.7")
- Active pixel area
- 2456 x 3052 pixels
- Detector pixels
- 7.6 Megapixels
- A/D conversion (bits)
- 16 bits
- Weight (incl. battery)
- 3.6 kg approx. (7.93 lbs)
Related products
- Designed for creating, processing, and transferring digital X-ray exposures, Eleva is an exam and patient-related automatic parameter setting control for our radiography and fluoroscopy systems.
- UNIQUE is an application-driven post processing software that delivers consistently uniform clinical image quality for all anatomical regions by adjusting the balance between overexposed and underexposed areas. The result is a quality X-ray image, containing all diagnostically relevant information.
Disclaimer
1. Optional feature in China