• M1
  • M3

The ADANI BV 160165 is specially designed for visual inspection of small palletized cargo weighting up to 3000 kgs.

The BV160165 X-ray inspection system is the best combination between optimal footprint and high throughput. The X-ray machine is designed for the inspection of pallets and large cargo weighing up to 3,000 kgs.

Due to the system’s small footprint, it can be easily integrated into existing security infrastructure. The function of automatic highlight of suspicious objects helps the operators identify threats and avoid the necessity of hand inspection.

This ergonomic and effective X-ray baggage scanner will meet the requirements of customs facilities, transportation hubs, airports, logistics centers, warehouses and carriers.

The ADANI BV160165 allows identification of weapons, explosives (including plastic explosives), drugs, primers and dangerous objects, which represent a safety hazard.

Device Body

  • Frame
  • Conveyor
  • Inspection tunnel
  • Distribution panel


Digital X-ray image receiver

  • X-ray sensitive digital detector
  • Electronic interface unit


X-ray unit

  • X-ray generator (mono-block)
  • Collimator (X-ray aperture)



  • Operator’s workstation
  • Set of control programs
  • Set of spare parts, tools and accessories
  • TIP software package
  • Operational documentation
  • Package

  • Exit / entry rollers
  • Operator’s desk
  • Set of test objects
  • Ramp

  • Palletized cargoes
  • Package loan
  • Small cargo

  • High capacity
  • Multi purpose usage
  • Automatic color coding
  • Loan on conveyor up to 3000 kg
  • Power generator

The purpose of the system software is to control the operation of the Scanner as well as to provide the opportunity to acquire, visualize and process digital X-ray images. To facilitate the work of the operator, a control panel is provided. The panel makes it possible to access all the software features.

General purpose functions:

  • Password-protected logon


Self-testing and performance support functions:

  • Automatic self-testing
  • Displaying messages about operating status of the Scanner
  • Warming up the X-ray generator (the process can be started both manually and automatically)


Hardware control functions:

  • Controlling the conveyor belt drive, the protective shutter’s drive, the X-ray generator
  • Automatic changing of generator’s operating modes depending on the scanner idle time
  • Acquiring data from the X-ray detector
  • Automatically calibrating the X-ray detector
  • Turning off the X-ray generator in case of emergency
  • Indicating X-ray on


Digital X-ray image acquisition, visualization, and processing functions:

  • Acquiring images without additional algorithmic processing
  • Highlighting optically dense objects
  • Adjusting contrast of strongly absorbing objects
  • Inverting images
  • Performing gamma–correction of images


Optimizing the overall contrast:

  • combination of edge enhancement and local contrast enhancement algorithms
  • Coloring images according to calculated values of atomic numbers of substances which compose objects under inspection
  • Coloring substances with atomic numbers from a selected range
  • Pseudocoloring objects with a possibility of selection of various palettes
  • Displaying organic objects with atomic numbers equal to 7, 8, and 9
  • Displaying substances according to a selected range of signal strength
  • Magnifying one out of nine predefined areas of an image
  • Zooming images up to 96x
  • Automatically highlighting suspicious objects (which can be related to drugs, explosives, or arms)


Additional functions:

  • Saving X-ray images to files
  • Storing a predefined number of images
  • Browsing the image archive
  • Copying images on external storage media (CD/DVD disks and flash-drives)
  • Viewing and copying images from a local area network
  • Automatic preparing, filing  and printing service reports
  • Controlling quality of operator’s performance with the TIP program module
  • Counting inspected baggage