About

SureScan x1000, next generation technology and design built for accurate detection, at an overall lower cost of ownership.

The SureScan x1000 is the first TSA certified and now, ECAC EDS Standard 3.1 multi-energy static gantry explosive detection system (EDS) for checked baggage screening, representing the next generation in EDS detection technology and design.

Through the application of advanced science and technology, the x1000 meets current detection demands and is adaptable to meet the evolving threats around the world. With its innovative use of proven computed tomography (CT) and implementation of multi-energy detection for atomic number analysis, the x1000 delivers low false alarm rates, and a high level of accuracy of current and emerging threat detection, including home made explosives (HME’s.) The combination of these features allows the x1000 to adapt and, in essence, future proofs the product throughout its life cycle.

Designed from the ground up, for checked baggage screening, with efficiencies in operation and performance in a checked baggage screening environment, the x1000 is specifically engineered to be an economical solution over the system’s entire life cycle.

The x1000 Multi-Energy Static
Gantry CT Explosives Detection System

SureScan Diagram Image

Specs

Characteristics
Machine designation/model
SureScan x1000
CT geometry
Fixed sources; no rotating gantry; minimal moving parts (conveyor belt and fans only)
Tunnel dimensions (W x H)
1000 mm x 600 or 800 mm
*the tunnel is blocked to the 600 height until the 800 mm height is certified
Maximum object size (W x H x L)
990 mm x 590 mm x 1570 mm; full rectangular tunnel the length of the scanner (no neckdown)
Dimensions & weight (W x H x L)
Scanner with pedestal: 2210 mm x 2655 mm x 4844 mm; 6174 kg
Scanner without pedestal: 2210 mm x 2274 mm x 4844 mm; 6022 kg
Conveyor height
Scanner with pedestal: 838 mm
Scanner without pedestal: 457 mm
Belt speed
0.35 m/s & 0.50 m/s
*Contact SureScan for latest certified speeds by region
Operating environment
Scanner: 10°C up to 40°C; 10% to 85% RH, non-condensing, air-cooled scanner, no AC required
CT/Multiplexer Rack: 10°C to 40°C; 10% to 85% RH, non-condensing.
Power supply requirements
Scanner: 400/480/575 VAC +/-5%, 3-phase, 50/60 Hz, 15 amps (typical loads) at 480 VAC
CT/Multiplexer Rack: 208 VAC, 50/60 Hz; 3 drops (one 15 amps, two 10 amps - typical loads)
Power consumption
Scanner: 7.5 kW, CT Rack: 7.0 kW, typical. Less power than a rotating gantry.
X-ray leakage
CFR 21 part 1020.40 Cabinet X-ray Systems and Council Directive 2013/59/Euratom
Validation to country specific limits performed in-house and on site
X-ray voltage
160kV
CT Performance
Throughput
1800 b/h @0.50 m/s
*Contact SureScan for latest certified speeds by region
Multi-energy material
Multi-energy, individual photon counting detectors; density and effective atomic number used for discrimination in 3D reconstruction
Operator Interface
Graphical interface
2D (radiograph), 3D (volumetric), and 2D (slice) images of scanned bags is available; user interface supports standard capability for image viewing
Operational & Maintenance
User/operator interface
Easy to use graphical interface on scanner utilizing touchscreen input. GUI interface on workstations. Extensive manuals and training available
Calibration intervals & cycle times
Self calibrating between bags, no impact to machine availability
Safeguarding against future regulatory requirements
Advanced technology, software upgrades can be made at the customer’s request and schedule, future algorithms are upgradeable in the field, new explosives classes like HMEs can be added, software configurable throughput (belt speed), multiple and simultaneous algorithms; modular design of hardware and software simplifies upgrades
Ability to upgrade or enhance technological capability
Use of advanced technology and a modular design allows for hardware and/or software updates in the field