A PC-based System
A PC-based system that incorporates the latest electronic technology to execute advanced algorithms in real-time operations.
Designed for Screening Small / Medium-size Parcels
ACSQTL QUALIFIED. The XIS-7858 is the ideal solution for screening small and medium-sized parcels at airports and other government and commercial locations. The tunnel opening of 775 mm (30.5”) wide by 583 mm (23.0”) high is designed to scan most small parcels and hand-carried luggage and view them clearly through its high-resolution display system.
Physical Characteristics
Tunnel Opening (W x H)
775 mm x 583 mm / 30.5” x 23.0”
Dimensions (L x W x H)
1880 mm x 1000 mm x 1394 mm / 74.0” x 39.4” x 54.9”
Net Weight
Approximately 691 kg. / 1524 lbs.
Imaging Characteristics
Automatic Image Archiving – up to 50,000 images
Automatic Z-number Measurement – NEW standard feature
Baggage Counter
Color and Black & White Imaging
Density Alert
Edge Enhancement Imaging
Geometric Image Distortion Correction
High Penetration Function
Image Annotation – NEW standard feature
Image Review – for up to last 100 images
Manual Archiving of Images in Bitmap Format
Manual Archiving of Suspect Images
Material Discrimination – NEW standard feature
Organic and Inorganic Imaging
Picture Perfect – for improved resolution / penetration
Print Image
Programmable Penetration Levels
Pseudo Color and Reverse Monochrome
Real-time Image Manipulation – NEW standard feature
Six-color Imaging – NEW standard feature
Two 19” LCD Flat Panel Color Monitors
User-defined Access to Image Archive
User-selectable Zoom-in 2X to 32X
Designed to be Networked
The XIS-7858 is designed to be networked with other inspection systems for high-speed data transmission via Ethernet. It uses a Windows XP Professional-based operating system running a TCP/IP network protocol system. Images from each XIS-7858 can be sent through the network to a central server where they are viewed, stored or printed.
Improved Image Presentation
Designed with a high-resolution X-ray detector array to increase detection sensitivity and resolution and to improve image presentation.
