- Certification:ISO, CE
- Type:X-Ray Equipment
- Material:Metal
- Tube Voltage:70kv±10%
- Tube Current:2mA±20%
- Charge Input Voltage:100V-240V
=== Base Info ===
- Model NO.:CarryX-II-S
- Frequency:50Hz-60Hz
- X- Tube:Canon D-045
- Anode Angle:12.5°
- Focus:0.4mm
- Exposure Time Range:0.04s - 2.0s
- Leak Emissivity:1 Meter≤0.25mgy,H
- Machine Weight:1.7kg
- Relative Humidity:30%Rh~75%Rh
- Transport Package:Foam, Original Aluminum Box, Carton.
- Trademark:Xrdent
- Origin:China
- HS Code:90184990
- Production Capacity:500units,Month
=== Description ===
Basic Info.
Model NO.
CarryX-II-S
Frequency
50Hz-60Hz
X- Tube
Canon D-045
Anode Angle
12.5°
Focus
0.4mm
Exposure Time Range
0.04s - 2.0s
Leak Emissivity
1 Meter≤0.25mgy/H
Machine Weight
1.7kg
Relative Humidity
30%Rh~75%Rh
Transport Package
Foam, Original Aluminum Box, Carton.
Trademark
Xrdent
Origin
China
HS Code
90184990
Production Capacity
500units/Month
Product Description
Best Dental X-Ray Machine Japan Canon Tube, Korean Circuit BoardTechnical Data Tube Voltage | 70kV±10% |
Tube Current | 2mA±20% |
Charge input Voltage | 100V-240V |
Frequency | 50Hz-60Hz |
X- Tube | Canon D-045 |
Anode Angle | 12.5° |
Focus | 0.4mm |
Exposure time range | 0.04s - 2.0s |
Leak Emissivity | 1 meter≤0.25mGy/h |
Machine Weight | 1.7kg |
Relative Humidity | 30%RH~75%RH |
Features★A true high frequency chair side x-ray machine, ensure less radiation for patient & operator with superior image quality.
★The circuit components imported from South Korea adopt high-frequency closed-loop control; imaging will not be affected even if the battery power is low.
★Adopt Canon micro focus tube with focus 0.4mm, anode angle of 12.5°.
★Less exposure time, only about 0.4s, which is 5-8 times shorter than ordinary portable x-ray, less radiation dose, and avoid hand shake causing the blurry image.
★Light in weight, only 1.7kgs. Compact & single handed operational device.
★Wide digital display for easy operation.
★150 shots in a complete charge.
★2mA tube current, combines higher performance, and high definition imaging.