Bio-Signal Technology

Most mosquito traps focus on capture. KiwiNurse starts with attraction.

KiwiNurse builds Patent-Pending Bio-Signal Attraction Technology for physical mosquito capture systems. Our D Series Bio-Signal Modules add the missing biological signal layer, while KiwiNurse capture systems are engineered around optical design, airflow, structure, safety, and real deployment scenarios.

  • Patent-Pending Bio-Signal Attraction Technology

  • Chinese Invention Patent Application Filed

  • PCT International Application in Progress
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Why Light Alone Is Not Enough

Many mosquito traps are built around light, airflow, sticky boards, or electric grids. These capture methods matter, but they all depend on one condition: mosquitoes must come close enough first.

Conventional light traps often attract general flying insects better than mosquitoes. KiwiNurse focuses on the missing biological signal layer before capture happens.

A trap can only capture what it can attract.

Patent-Pending Bio-Signal Attraction Technology

KiwiNurse D Series Bio-Signal Modules are not positioned as ordinary scent accessories. They are designed as the biological signal layer inside physical mosquito capture systems.

Most traps start with hardware: light, fan, grid, or sticky board. KiwiNurse starts one step earlier — with the signals that help mosquitoes approach the capture zone.

This is the heart of Attraction Before Capture.

The related intellectual property focuses on controlled-release module structure, mounting logic, and system-level coupling between biological signal release and physical capture environments. The full formulation and process details remain proprietary.

Patent-pending technology. Chinese invention patent application filed; substantive examination requested. PCT international application in progress. Patent-pending materials are available to qualified partners under appropriate arrangements.

  • Coupled Two-Chamber Structure

    The D Series is built around a coupled two-chamber structure designed to support biological signal release and directional plume formation without exposing formulation details.

  • Directional Plume Formation

    Instead of relying on light alone, KiwiNurse focuses on helping attraction signals move toward the capture zone through controlled airflow and structural design.

  • Thermal Adaptation for Field Conditions

    Selected module configurations can support more stable field performance across day-night and high-heat environments, depending on product version and target market.

Built Through Repeated Evaluation

KiwiNurse technology is refined through repeated evaluation of D Series Bio-Signal Modules, LED wavelength strategy, optical structure, airflow path, capture layout, adhesive-board selection, safety details, maintenance experience, and real-use feedback.

The public website is not intended to serve as a complete technical file. Selected documentation may be available to qualified partners depending on product version, market, and cooperation stage.

Field evaluation remains the most direct way for partners to validate fit in their own trap type, climate, mosquito pressure, and customer scenario.

  • MSDS

    Material safety data for qualified partner review.

  • Composition Information

    Composition information for qualified review, depending on product version and cooperation stage.

  • Transport Condition Identification

    Transport condition identification and handling requirements documentation.

  • Safety & Product Documentation

    Selected safety, transport, and product documentation may be available to qualified partners by product version, destination market, and cooperation stage.

  • Patent-Pending Materials

    Patent-pending technology. Chinese invention patent application filed; PCT international application in progress. Available to qualified partners under appropriate arrangements.

Available documentation may vary by product version, destination market, customs process, intended use, and cooperation stage. Formulation details, process information, and internal test methods remain proprietary.

Why Physical Traps Needed a New Approach

Physical mosquito capture has always had a practical advantage: it does not rely only on chemical intervention. But many physical devices face a difficult problem — they can capture only what they can attract.

That is why ordinary traps may catch moths or general flying insects, while mosquito capture remains inconsistent.

KiwiNurse was developed to cross that practicality threshold: combining biological signal attraction with optical, airflow, structural, and capture-path engineering.

Attraction and Capture Must Work Together

KiwiNurse is not built on D Series Bio-Signal Modules alone. Our capture systems are engineered around real deployment scenarios. LED wavelength strategy, chip and lamp structure, optical distribution, airflow path, capture structure, electrical safety, maintenance, and industrial design all influence whether a physical mosquito capture system can perform in the real world.

A strong attraction layer needs a well-designed trap. A well-designed trap also needs the right biological signal layer to bring mosquitoes close enough for capture.

  • Optical Design

    LED source, wavelength strategy, lamp structure, and optical distribution are designed around real capture scenarios.

  • Airflow & Capture Path

    Fan direction, intake structure, retention design, and capture-zone geometry are considered as part of the system.

  • Structure & Safety

    Mechanical structure, electric-grid safety, sticky capture layout, maintenance access, and long-term durability are designed for real use.

  • Industrial Design

    Product form, materials, and appearance are developed for B2B partners who need products that can stand in real markets.

One Signal Layer. Three Mounting Structures.

D01, D02, and D03 share the same biological signal layer and use different mounting structures for different trap systems.

  • D01 — Magnetic-Mounted Bio-Signal Module (Flagship)

    Designed for airflow traps, electric-grid traps, patio systems, metal surfaces, and B Series applications.

  • D02 — Adhesive-Mounted Bio-Signal Module

    Designed for indoor plug-in traps, USB light traps, compact sticky systems, and A Series applications.

  • D03 — Hook-Mounted Bio-Signal Module

    Designed for commercial light traps, wall-mounted systems, hanging systems, standing systems, and L Series applications.

Works With Existing Traps and KiwiNurse Systems

D Series Bio-Signal Modules can be evaluated with compatible existing physical trap systems, giving partners a low-barrier way to test the attraction layer before building complete product programs.

  • A Series + D02

    Indoor plug-in, USB, compact sticky, and flea trap applications.

  • B Series + D01

    Airflow, electric-grid, patio, entryway, balcony, and courtyard applications.

  • L Series + D03

    Commercial wall-mounted, hanging, standing, and large capture systems.

Evaluate the Attraction Layer

Tell us your target market, trap type, and application scenario. KiwiNurse will recommend the suitable D Series Bio-Signal Module, product-system combination, and next evaluation step.

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