Human DR
X-ray Camera | Remex KA-6 – Remedi
In stock
DESCRIPTION
- X-Ray Tube Voltage: 40 ~ 70kV
- X-Ray Tube Current: 2 ~ 6Ma
- Focal Spot Value: 0.4mm HR
- Output Power: 420w
- Weight: 2.4 kg
- Rechargeable Battery: DC 22.2v, 1,800mAh
- Bluetooth Connection(Option)
X-ray Camera | Remex-T100 | Remedi
In stock
DESCRIPTION
- X-Ray Tube Voltage: 70kV
- X-Ray Tube Current: 2mA
- Focal Spot Value: 0.4 x 0.4 mm
- Output Power: 140 w
- Exposure Time: 0.01 ~ 1.3 sec.
- Weight: About 1.7 kg
- Battery: 1500 mAh
CT Scanner | ScintCare CT 16 – Minfound
In stock
The ScintCare CT 16 offers outstanding efficiency and performance in tomography, utilizing imA algorithmic technology and the Nano Dose Iteration (NDI) algorithm for superior dose control and image clarity. The system includes a fully digital ScintiStar detector, a durable 5.3 M tube, and a 50 kW high voltage generator, providing robust performance with a rotation speed of 0.5s/360°. Its automated algorithms streamline workflow, making it an ideal choice for hospitals with high patient volumes, ensuring both productivity and exceptional imaging quality.
CT Scanner | ScintCare Blue 755 – Minfound
In stock
The ScintCare Blue 755 is a versatile whole-body CT imaging system, equipped with the fully digital ScintiStar detector and advanced Nano Dose iterative algorithm to ensure high-resolution, dose-efficient scans. It integrates multiple dose control technologies for precision imaging while minimizing radiation exposure. The system is also recognized for its energy-efficient operation, offering “green power” capabilities with excellent power management and low maintenance costs, making it an environmentally conscious and cost-effective choice for healthcare providers.
CT Scanner | ScintCare CT 128 – Minfound
In stock
The MinFound ScintCare CT 128 is designed to integrate advanced technologies, such as the ScintiStar detector, 8M flying focal spot tube, and an 80 kW high voltage generator, enabling it to handle high patient volumes while supporting complex clinical applications like multi-phase cardiac imaging. Its post-processing capabilities simplify cardiac assessments with features like automatic artery straightening, stenosis analysis, and one-click coronary arterial tree extraction, making it a versatile tool for challenging diagnostic tasks.