MaxRay Portable X-ray System

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$ 5,500.00
$ 4,350.00
Available Colors White or Black
Item Classification 2, Code: A11080.02 (in Korea)
Grade Class Ⅱb (MDD 93/42/EEC as amended by 2007/47/EC)
Classification B Type applied part
Tube Voltage 60kV(fixed)
Tube Current 2mA (fixed)
X-Ray Tube Focal Size 0.8mm
Cooling system Oil cooling
Total filtration 1.5 mm Al
Inherent filtration 0.8mm, fixed added filter :0.7 mm Aluminum)
Target angle 19 ~ 20°
Time Set-up function 0.05 ~ 1.35 sec (Film/Digital included)
Source to image receptor distance >10cm (fixed by cone)
X-ray field 50 50mm (round-style)
Size of main body 139(W) x 163.5(H) x 66.5mm(D)
Weight of body About 4.4 lbs (except the battery pack)

LOW DOSE SYSTEM
The MaxRay produces significantly less radiation than wall mount units. Ideal for instances such as Pedo, Endo or Oral Surgery when the operator must be in the room to position the sensor or secure the patient.

FDA APPROVED
Meets all FDA standards for hand-held use.

EXTRA LONG CONE
Mandated by most states. The permanently attached, extra-long cone protects both the operator and the patient.
LEAD INFUSED BACK SCATTER SHIELD
Mandated by most states. Shield prevents back-scatter
to protect the operator.

DOUBLE LEAD SHIELDING
Prevents X-ray leakage from the machine and tube area. 

INDEPENDENT RADIATION SAFETY ANALYSIS
Complete radiation study performed by Oregon State University.

LOW DOSE SYSTEM
The MaxRay produces significantly less radiation than wall mount units. Ideal for instances such as Pedo, Endo or Oral Surgery when the operator must be in the room to position the sensor or secure the patient.

FDA APPROVED
Meets all FDA standards for hand-held use.

EXTRA LONG CONE
Mandated by most states. The permanently attached, extra-long cone protects both the operator and the patient.
LEAD INFUSED BACK SCATTER SHIELD
Mandated by most states. Shield prevents back-scatter
to protect the operator.


DOUBLE LEAD SHIELDING
Prevents X-ray leakage from the machine and tube area. 

INDEPENDENT RADIATION SAFETY ANALYSIS
Complete radiation study performed by Oregon State University.

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