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X-rays are a form of electromagnetic radiation produced by high-voltage generators. X-rays are used in medical diagnostics, therapy and research. They can also be used to produce images of objects inside the body, such as bones and organs.
Invented by William Roentgen in 1895, x-ray imaging uses electrons or their associated particles to produce an image of internal structures. With the help of a machine called an x-ray tube, these particles are accelerated towards an object being examined. This produces a beam of photons that hits the object at high speed and produces an image on photographic film or other recording material.
In order to use this device safely, it must be protected from potentially harmful radiation coming from external sources like cosmic rays or stray radioactivity generated by nuclear reactors nearby.
Tunnel Size : W656mm x H501mm
Speed : 0.20 m/s
Height of Transmission Belt : 664 mm
Maximum Load : <100 kg (Adequate distribution)
Wire Resolution : 38 AWG (0.0787mm metal wire)
Space Definition : Horizontal ① 1.0mm \ Vertical ①1.0mm
Penetrate Definition : 34 AWG
Penetration : 8mm Steel board
Monitor : 19 inch LED
System Function : High density alarm, Explosive/Drug auxiliary detect, TIP, Luggage counter.
System running timer, X-ray emitting timer.
Training, 64 times continuous zoom in
Film Safety : ASA/ISO1600 standard of film safety
X-ray System
Tube Voltage : 150 Kv
Cooling : Seal oil cooling /100%
Single Inspection Dosage Rate : <1.0(i Gy
Radiation Leak Dosage : 0.1 卩 Gy/h (5cm from the surface)
Installation Specification
Machine Size : 1875mm (L) * 934mm (W) * 1300mm (H)
Package size :2040mm (L) °1020mm (W) °1530mm (H)
Package Weight: 220KG Consumption : 1 kVA
Noise : 53.8 dB(A)
X-rays are a form of electromagnetic radiation produced by high-voltage generators. X-rays are used in medical diagnostics, therapy and research. They can also be used to produce images of objects inside the body, such as bones and organs.
Invented by William Roentgen in 1895, x-ray imaging uses electrons or their associated particles to produce an image of internal structures. With the help of a machine called an x-ray tube, these particles are accelerated towards an object being examined. This produces a beam of photons that hits the object at high speed and produces an image on photographic film or other recording material.
In order to use this device safely, it must be protected from potentially harmful radiation coming from external sources like cosmic rays or stray radioactivity generated by nuclear reactors nearby.
Tunnel Size : W656mm x H501mm
Speed : 0.20 m/s
Height of Transmission Belt : 664 mm
Maximum Load : <100 kg (Adequate distribution)
Wire Resolution : 38 AWG (0.0787mm metal wire)
Space Definition : Horizontal ① 1.0mm \ Vertical ①1.0mm
Penetrate Definition : 34 AWG
Penetration : 8mm Steel board
Monitor : 19 inch LED
System Function : High density alarm, Explosive/Drug auxiliary detect, TIP, Luggage counter.
System running timer, X-ray emitting timer.
Training, 64 times continuous zoom in
Film Safety : ASA/ISO1600 standard of film safety
X-ray System
Tube Voltage : 150 Kv
Cooling : Seal oil cooling /100%
Single Inspection Dosage Rate : <1.0(i Gy
Radiation Leak Dosage : 0.1 卩 Gy/h (5cm from the surface)
Installation Specification
Machine Size : 1875mm (L) * 934mm (W) * 1300mm (H)
Package size :2040mm (L) °1020mm (W) °1530mm (H)
Package Weight: 220KG Consumption : 1 kVA
Noise : 53.8 dB(A)
