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Infrared Induction Spray

Updated: 2026-07-15

Overview

Infrared induction spray devices are automated systems designed to dispense liquids like sanitizers or disinfectants without physical contact. They utilize infrared sensors to detect hand proximity, triggering a pump mechanism for precise spray delivery. Commonly installed in high-traffic areas, these devices enhance hygiene protocols while reducing waste through controlled dosing. Modern models often include features such as adjustable sensitivity, refillable tanks, and energy-efficient modes. They are integral to healthcare, hospitality, and food service industries, aligning with global hygiene standards like WHO recommendations for hand hygiene.

Structure and Working Principle

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The device consists of three core components: an infrared sensor, a micro-pump, and a liquid reservoir. The sensor emits infrared waves that reflect off objects (e.g., hands) within 5–15 cm range, signaling the pump to activate. The spray duration is typically 0.5–2 seconds, calibrated to deliver 1–3 ml per use. Advanced models incorporate dual sensors to minimize false triggers and LED indicators for low battery or liquid levels. Power sources include AA/AAA batteries or USB rechargeable units, with some industrial-grade versions supporting 24V DC direct wiring.

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Key Features

1. **Hygienic Design**: Eliminates touchpoints, reducing pathogen transmission risks by up to 80% compared to manual dispensers. 2. **Customizable Settings**: Spray volume and sensor range can often be adjusted via internal dip switches. 3. **Durability**: Stainless steel nozzles resist corrosion from alcohol-based sanitizers. Waterproof housings (IP54 or higher) ensure reliability in washdown environments, while transparent reservoirs allow easy monitoring of liquid levels.

Application Areas

**Healthcare**: Hospitals use these devices for hand sanitizer distribution in wards and entrances. **Food Industry**: Compliant with HACCP requirements, they are installed in processing plants to maintain sterile workflows. **Public Spaces**: Airports and malls deploy them for visitor hygiene, often with wall-mounted or freestanding configurations. During the COVID-19 pandemic, adoption surged in offices and schools as part of infection control measures.

Maintenance and Precautions

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Monthly cleaning of nozzles with distilled water prevents clogging, especially when using viscous solutions. Avoid ethanol concentrations above 70%, which may degrade plastic components over time. For battery-operated units, lithium batteries are recommended for colder environments due to stable discharge rates. Always verify sensor alignment during installation to ensure consistent activation.

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B2B Procurement Guide

Bulk buyers should evaluate: - **Certifications**: Look for FDA/CE/ROHS marks for chemical compatibility and electrical safety. - **Capacity**: 500–1000 ml tanks suit medium-traffic areas; 2L+ reservoirs reduce refill frequency for high-volume use. Suppliers often provide OEM services for branding. MOQs typically start at 100 units, with lead times of 2–4 weeks for customized orders. Request sample units to test sensor responsiveness before large-scale procurement.

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