MNKscan

MNKscan is a unique portable X-ray inspection system with a minifocus and microfocus constant potential X-ray sources.
It is designed for stationary and field X-ray inspection of the interior contents of packages, mail, luggage, furniture, and various household items to detect explosive devices, containers containing hazardous materials, etc., with two-way access to the inspection object.
The voltage can be adjusted from 20 to 160kV. This allows to inspect objects made from different materials with different density and thickness (20-70kV is the optimal voltage for checking mail and thin objects, while 100-160kV works best for baggage and thick objects).
One of the advantages of MNKscan is its ability to inspect areas of an object in high detail using geometric magnification.

The product can be used for:

• checking mail, hand luggage, baggage and individual items in order to identify explosive devices and their components;
• detection of hidden data collection devices in furniture, building structures, office equipment, etc.;
• industrial non-destructive testing.

The product is supplied in transport bags, is quick to deploy and connect, and is reliable to use. It is safe for human health, provided the appropriate safety precautions are strictly observed.

Key Features

Power supply & mobility:

• Dual power options: standard mains electricity or a removable battery pack.

• The integrated battery supports up to 30 images on a single charge.

• Detectors are powered directly by the X-ray unit's sync box, eliminating the need for a separate electrical connection.
  
  Advanced detector options:

• Standard: Detectors powered by the sync box.

• Optional: Detectors with built-in batteries for ultimate autonomy

• Convenience Feature: In-battery detectors can be recharged via the X-ray unit's sync box.

Control & connectivity:

• Wired connection (standard).

• Optional wireless control with a range of up to 150 meters.

Sync box mounting:

• Fixed mount (standard).

• Optional removable mounting system.

Image processing & material recognition:

• Enhanced material discrimination with dual-energy imaging to effectively distinguish between organic and inorganic substances.

• Advanced image tools: pseudo-coloration, negative/positive view, and a 9-area zoom function.