mmWave Body Scanner

MilliView® is an advanced mmWave body scanner that utilizes non-ionizing millimetre-wave technology to detect both metallic and non-metallic threats with exceptional accuracy. Designed for high-security checkpoints, the people screening system enhances threat detection while ensuring user safety and privacy. With its rapid scanning speed and ability to identify even smaller threats, MilliView® significantly strengthens security measures without causing inconvenience to users.

Our millimetre-wave body scanner detects sharp-edged metallic items, explosives, detonators, weapons, guns, bullets, flammable items, and organic & gel items.

Ideal for high-security checkpoints such as

  • Airports
  • Government offices
  • Railways
  • Other premises applications.
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Salient Features

Performance

  • AI-Powered Threat Recognition: Leverages advanced deep learning algorithms for automated, high-precision anomaly detection.
  • Comprehensive Material Detection: As an advanced concealed weapon detection system, it enables reliable metallic and non-metallic threat detection, identifying concealed weapons, plastics, ceramics, liquids and other prohibited objects.
  • Ultra-High Resolution: Enhances overall security by pinpointing even the most minute, evasive threats that traditional systems miss.
  • Rapid Processing: Achieves complete scan-to-decision in under 5 seconds, maximizing checkpoint throughput and eliminating bottlenecks.

Safety & Privacy

  • Safe, Active Millimetre-Wave Technology: Utilizes ultra-low power, non-ionizing radio waves that safely reflect off the body, ensuring advanced passenger screening & absolute safety.
  • Privacy-First Threat Mapping: Projects localized threat data onto a generic, gender-neutral virtual mannequin, preserving strict anatomical privacy for the subject.
  • Non-Invasive Passenger Experience: Eliminates the need for physical pat-downs and allows for a relaxed, convenient scanning posture.

Design

  • Modern Checkpoint Architecture: Features a sleek, ergonomic footprint designed to integrate seamlessly into premium transit hubs and secure corporate environments.

Technical Specifications

Parameter Specification
Operating Frequency 76–81 GHz
Scan Acquisition 0.1 seconds
Scan-to-Decision Time < 5 seconds
Target Detection Metallic & Non-Metallic Objects
Privacy Architecture Virtual Mannequin Threat Mapping
Subject Posture Natural (Hands-Down)
Peak RF Power Density < 3000 nW/cm² (at 1m)
Analytics Engine AI-Driven Threat Recognition

*Specifications are subject to change without prior notice

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Market Served

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    Frequently Asked Questions

    You can procure the MilliView mmWave body scanner directly from Vehant Technologies through the product page or by writing to contact@vehant.com. The system is designed for high-security checkpoints such as airports, government offices, railways, and other premises applications, and is manufactured in India, which simplifies approvals for CISF, BCAS, and central government procurements. Site-specific quotes cover installation footprint, operator workstation, integration with the existing frisking lane, and AMC coverage, so budgets can be firmed up before tender submission or capex approval.

    Click “Request Brochure” on the MilliView page and submit the enquiry form with your name, company, country, and client type (Reseller, Consultant, End User, or Student). You can also call +91-120-4610200 or email contact@vehant.com to reach a member of the team. Response usually includes the datasheet, pricing, civil and power requirements, throughput projections at your expected passenger volume, and lead times, so procurement and security teams have a single document set to move from evaluation into a purchase order.

    For reliable detection of non-metallic threats, a mmWave body scanner is the right technology, since standard walk-through metal detectors miss items like ceramics, plastic explosives, gels, and liquids entirely. MilliView is engineered as a concealed weapon detection system covering both metallic and non-metallic threats, including sharp-edged metallic items, explosives, detonators, weapons, guns, bullets, flammable items, and organic and gel items. AI-driven threat recognition flags anomalies automatically, which reduces reliance on operator judgment for hard-to-see items concealed under clothing.

    Yes, the technology is considered safe for repeated screening because it uses non-ionizing millimetre-wave radio energy rather than X-rays. MilliView operates at 76 to 81 GHz with peak RF power density under 3000 nW per square centimetre measured at one metre, which is well below thresholds associated with tissue heating. The waves reflect off the body’s surface and do not penetrate skin the way ionizing radiation does, making the scanner suitable for high-frequency use at commuter checkpoints, aviation lanes, and government entry points where the same individuals may be screened multiple times a day.

    For privacy-first screening, choose a scanner that maps threats onto a generic mannequin instead of showing the passenger’s actual body. MilliView projects localized threat data onto a gender-neutral virtual mannequin, so operators see only the location of a flagged item and never a raw anatomical image. This design meets privacy expectations at airports, corporate premises, and government entry points, and removes the need for separate screening rooms or same-gender image reviewers that older body-imaging technologies typically required to stay compliant with local privacy norms.

    Yes, a mmWave scanner is designed to reduce or eliminate routine physical pat-downs at primary screening. Passengers stand in a natural hands-down posture inside MilliView, the scan acquires in 0.1 seconds, and a scan-to-decision result is delivered in under 5 seconds through the AI analytics engine. Contact frisking is only needed as a secondary check when the mannequin flags a specific zone, which improves the passenger experience, cuts staffing pressure on same-gender frisking rosters, and speeds up throughput at busy terminals and government reception areas.

    Throughput at a single lane can be raised by combining rapid scan speed with automated decisions, so operators do not have to interpret raw images. MilliView delivers a complete scan-to-decision cycle in under 5 seconds using AI-powered threat recognition, which cuts the bottleneck that manual image review typically creates at busy checkpoints. Because scanning uses a natural, hands-down posture, passengers move in and out quickly without additional coaching, letting existing lane infrastructure absorb higher peak-hour volumes before any capex is spent on new lanes.

    For railway stations, metro networks, airports and high-footfall public buildings, reach Vehant Technologies at contact@vehant.com/ or https://www.vehant.com/contact-us/ or +91-120-4610200 to scope site layout, cabling, and integration with the venue’s existing access-control or ticketing infrastructure.

    Match the technology to the threat profile and the population being screened. A mmWave scanner such as MilliView uses non-ionizing radio waves and is suited to high-volume public and passenger screening where safety, privacy, and speed are the priorities, and where threats are worn under clothing. An X-ray full body scanner is typically used where ingested or deeply concealed contraband is a concern, such as prisons or customs secondary inspection. For airports, corporate premises, and government offices, mmWave is usually the correct choice, and both options are available under one vendor.