
A full body scanner for industrial security uses multi‑energy X‑ray or millimeter‑wave technology to detect concealed objects on personnel. Pricing reflects detector resolution, throughput capacity,
Inquire NowA full body scanner for industrial security uses multi‑energy X‑ray or millimeter‑wave technology to detect concealed objects on personnel. Pricing reflects detector resolution, throughput capacity, safety shielding, and integration options.
Detector resolution determines the smallest detectable item size, typically expressed in millimetres of metal equivalency.
Scan speed is expressed in persons per hour and depends on conveyor belt velocity and image processing time.
Material cost of high‑density tungsten shielding contributes significantly to the base price due to its density and machining complexity.
Throughput requirements drive the choice of detector array size and cooling system capacity, which affect both hardware and installation expenses.
Integration with existing access control systems adds engineering effort and influences total project cost through custom software interfaces.
Manufacturers often offer three standard configurations that balance performance and budget.
| Model | Detector Type | Throughput (persons/hr) | Shielding Thickness (mm) | Approx. Price Range (USD) |
|---|---|---|---|---|
| Entry‑Level | Single‑energy X‑ray, 80 kV | 300 | 10 | $45,000 – $55,000 |
| Mid‑Range | Dual‑energy X‑ray, 80/140 kV | 600 | 15 | $70,000 – $85,000 |
| High‑Throughput | Multi‑detector array, 140 kV | 900 | 20 | $110,000 – $130,000 |
Exact pricing depends on optional features such as automated threat‑alert software, remote diagnostics, or customized conveyor integration.
In high‑volume logistics centers, the scanner screens employees entering secure zones without causing operational bottlenecks.
Correctional facilities use the technology to prevent contraband entry while maintaining a non‑invasive inspection process.
Manufacturing plants that handle sensitive materials deploy full body scanners to verify that personnel are not carrying unauthorized metal objects or electronic devices.
Calibration follows ISO/IEC 17025 guidelines using traceable radiation sources to verify detector gain and energy resolution.
Routine quality checks include uniformity testing across the scan field and verification of shielding integrity with portable dosimeters.
Software firmware updates are version‑controlled and documented to ensure consistent threat‑detection algorithms over the equipment lifespan.
Yes, the gantry width and height can be adjusted in 50 mm increments to match facility constraints.
Required details include expected throughput, facility ceiling height, power availability, and any desired software modules.
Verification involves a dual‑source check, uniformity map, and shielding leakage test performed by a certified technician.