model

I/A type

Type I

I/L type

I-Z/A type

I-Z type

I-Z/L type

Check the size of the workpiece(mm）

300x300x300

600x600x600

800x1200x100

300x300x300

600x800x300

800x1200x300

Ray energy

160kV

160-50kV

160-450kV

160kV

160-450kV

160-450kV

Focus size

glass tube：d=1.0mm(EN12543)

Metal tube：d=0.4/d=1.0mm(EN12543)

Plate size

25x750px/30x750px/40x1000px

sensitivity

1-1.5%

resolving power

>3.0lp/mm

Translucent thickness

160kV：Fe20mm/Al100mm(static state)
225kV：Fe30mm/Al150mm(static state)
320kV：Fe55mm/40mm(Static/Dynamic)
450kV：Fe70mm/50mm(Static/Dynamic)

Load capacity

10kg

30kg

100kg

10kg

30kg

100kg

Overall weight

3t

160kV4t
225kV7t
320kV12t
450kV20t

160kV4t

225kV7t
320kV12t
450kV20t

3t

160kV4t
225kV7t
320kV12t
450kV20t

160kV4t

225kV7t
320kV12t
450kV20t

Whole machine power

<3kW

<10kW

<10kW

<3kW

<10kW

<10kW

Leaky raydose

dose

160/225kV<1uSv/h 320/450kV<2.5uSv/h，

320/450kVProtective ear chambers are required for dual shielding protection

Ray path

Horizontal translucency
Z-axis vertical lifting
Rotate around Z-axis ± 30 °
Small and medium-sized use π - arm detection
Large scale adopts a separated structure and servo control to form an inclination angle

Vertical translucency
Z-axis vertical lifting
Rotate around the horizontal X-axis ± 30 ° (the workpiece moves forward in the X-axis direction)

Rotate around the horizontal Y-axis ± 30 °
Optional displacement along the Y-axis
Small and medium-sized use C-arm detection
Large scale adopts a separated structure and servo control to form an inclination angle

Workpiece movement

Optional workpiece rotation

Direct/rotary transmission optional

Optional manual/robotic loading

Optional workpiece rotation

Direct/rotary transmission optional

Optional manual/robotic loading