Throughput Engineering

People-per-minute planning, queue optimization, checkpoint bottleneck analysis, staffing calculations, tray-return optimization.

• Lane capacity modeling
• Peak-load planning
• Burst-arrival analysis

Deployment Architecture

Facility-specific checkpoint layouts for schools, courthouses, stadiums, religious centers, hospitals, and industrial gatehouses.

• Entry flow topology
• Lane count planning
• Surge accommodation

Screening Operations

Secondary inspection workflow, escalation SOPs, operator fatigue reduction, line balancing, bag diversion procedures.

• Escalation trees
• Rotation scheduling
• Alarm-resolution SOP

Infrastructure Components

X-ray systems, WTMD, handhelds, access control integration, mobile screening, and remote monitoring infrastructure.

• X-ray tunnel sizing
• WTMD positioning
• Remote image review

Screening Infrastructure Engineering Guidance

Conveyor sizing, lane spacing, power and UPS requirements, network integration, and remote monitoring design.

• Power load planning
• UPS runtime specs
• Network integration

2,100-Student Morning Entry System

A 2,100-student high school in the Dallas-Fort Worth area needed to clear its full enrollment within an 18-minute morning window. The previous 2-lane system created 35-minute outdoor queues. 2M Technology modeled burst-arrival throughput (1,680 students in 18 min = 93 students/min peak) and designed a 5-lane system with covered outdoor staging.

4,500-Seat Worship Center with Holiday Surge Plan

A non-denominational megachurch with 4,500 regular Sunday attendance needed a screening system that handled both normal services and Christmas/Easter events at 9,000+ attendees. 2M Technology engineered a permanent 6-lane main entry plus a documented mobile augmentation plan deploying 4 additional lanes for high-attendance events.

Mid-Size County Courthouse with Three-Stream Architecture

A north Texas county courthouse processing 200-350 daily visitors required a checkpoint that handled public visitors, attorney bypass, and evidence chain-of-custody inspection without the three streams interfering with each other. 2M Technology designed a 3-lane system with physical stream separation and a dedicated evidence inspection station with image export capability.

250-Employee Warehouse with Shift-Change Screening

A Texas distribution center with 250 employees per shift needed both inbound employee screening (weapon prevention) and outbound exit screening (merchandise theft deterrent) without creating bottlenecks at shift change when all 250 employees transition within a 10-minute window. 2M Technology engineered a 4-lane bidirectional system with dedicated entry and exit lane directions and integrated access control.

Tray Starvation

Insufficient trays at the inlet cause queue backup. Minimum 2:1 tray-to-passenger ratio at peak. Most commonly undersized element in commercial checkpoints.

Undersized Secondary Area

When secondary is too small, alarmed bags block the primary conveyor exit and halt the entire lane. Must absorb 3-5% alarm rates without upstream stoppages.

Wrong Conveyor Speed

High-speed conveyors increase throughput but reduce image dwell time, leading to missed detections. Optimal speed is a function of object density, threat profile, and operator training.

Operator Fatigue

Detection rates degrade measurably after 20-30 minutes of continuous operation. Rotation schedules must be built into the staffing model, not treated as optional.

Single-Lane for Burst Traffic

Peak-load lane counts must be calculated against burst arrival windows, not daily averages. The most common mistake: using steady-state math for burst-arrival facilities.

No Power Redundancy

X-ray systems draw 2-5 kW at startup. Without dedicated circuits and UPS protection, a power event creates an uncontrolled access window. UPS runtime must cover restart time.

How many people per hour can one X-ray lane screen?

A single X-ray screening lane processes 150 to 250 people per hour under well-staffed conditions. Plan to 150/hr per lane when sizing peak entry periods to maintain buffer for alarms and queue variance. Conveyor speed, secondary alarm rate (3-5%), tray availability, and operator rotation all affect actual throughput. Use the Throughput Calculator with your specific parameters for accurate sizing.

How many X-ray lanes does a school need?

A school of 1,000 students entering over 20 minutes requires approximately 3 to 4 X-ray lanes. A school of 2,000 students in a 15-minute window requires 7+ lanes. The critical formula: (enrollment x 0.8) divided by (entry window in minutes x 2.5 students/min/lane). Single-lane deployments are appropriate only for schools under 300 students or entry windows exceeding 45 minutes.

What is the recommended footprint for a security screening lane?

A complete security screening lane requires 18 to 26 linear feet of floor space: pre-screen bag staging (4-6 ft), X-ray conveyor and tunnel (8-10 ft), WTMD (3 ft), and post-screen collection area (4-6 ft). Secondary inspection areas add 6 by 8 feet per lane pair, positioned to avoid blocking the primary conveyor exit. ATRS tray return systems require the longer end of the range.

What does a complete security checkpoint cost?

A single-lane school checkpoint costs $35,000-$65,000 installed. A dual-lane courthouse runs $90,000-$160,000. A 4-lane stadium gate ranges $180,000-$320,000. A religious facility deployment for 500-2,000 occupants falls in the $50,000-$130,000 range. These figures reflect 2025-2026 installed costs including equipment, labor, and standard integration. UPS, remote monitoring, and access control integration add cost.

Why do screening lines fail?

The six most common screening infrastructure engineering failures: (1) tray starvation — insufficient trays at the inlet; (2) undersized secondary inspection areas blocking the primary exit; (3) wrong conveyor speed for the threat profile; (4) operator fatigue without rotation schedules (detection degrades after 30 min continuous); (5) single-lane deployments for burst-arrival facilities; and (6) no power redundancy for X-ray systems drawing 2-5 kW.

Do churches and religious facilities need security screening?

Houses of worship increasingly deploy screening systems following a documented rise in targeted attacks. Religious facility security screening is one of the fastest-growing and least-served segments in the market — almost no vendor provides worship-environment-specific checkpoint design, culturally sensitive screening protocols, or NSGP grant support. 2M Technology deploys complete religious facility security screening systems for churches, mosques, synagogues, and temples. DHS NSGP grants (up to $450,000 per organization) are available for qualifying 501(c)(3) nonprofits. See the Religious Facility Security Screening guide.