OverviewThe SDX 100100 LC is engineered for environments where space is limited yet screening oversized baggage and freight remains essential. It features a 100 × 100 cm tunnel and a 200 kg conveyor capacity, making it suited for items that exceed standard dimensions. For low to medium throughput operations the design offers practical advantages including a low conveyor height for easy integration with feed or discharge systems, simplifying the handling of heavy goods and maintaining a consistent screening flow without larger high-capacity equipment. By combining a 160 kV generator with the HiTraX 3 platform, the SDX 100100 LC produces clear, high-resolution X-ray images even when objects are densely packed. Security capabilities can be enhanced with Smiths Detection’s iCMORE automated threat detection software, which adds detection options for weapons and lithium batteries. Integration and connectivity are built into the system; the SDX 100100 LC works with external material handling systems and centralized image processing networks and uses a modular design with common parts to simplify maintenance and reduce downtime. Ideal for airports, customs facilities, and parcel services, the SDX 100100 LC ensures efficient, reliable screening of oversized baggage and freight in space-constrained environments.
Featured Highlights- Excellent detection capabilities, exceeding international standards by far
- Latest hardware and software configuration for optimal performance and future-proofing
- Flexible integration options for adaptation to various applications
- AI-based iCMORE option for enhanced threat detection, including lithium batteries and weapons
- Low conveyor height for efficient handling of heavy freight
- Wire resolution: Up to AWG 40
- Steel penetration: Up to 37 mm
Product downloadsTechnical specifications- Dimensions (SDX 100100 LC): 3591 (L) x 1410 (W) x 1992 (H) mm
- Weight: approx. 1450 kg
- Maximum Object Size: 1000 (W) mm x 1000 (H) mm (39.4" x 39.4")
- Conveyor Load: 200 kg (440 lbs)
- Conveyor Speed: 0.2 m/s