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Operational Architecture,
Not Just Devices


Automation Technology 

Diagnostics that operate wherever they are needed.
Engineered with automation and miniaturization at its core.

Operational Architecture,
Not Just Devices

Automation Technology 


Diagnostics that operate wherever they are needed.

Engineered with automation and miniaturization at its core.

Key Advantages

Fully Automated, Standalone Operation

Battery-Powered Diagnostics

Portable & Compact Design

Point-of-Care Mobility

Anywhere, Anytime Operation

Key Advantages

Fully Automated, Standalone Operation

Battery-Powered Diagnostics

Portable & Compact Design

Point-of-Care Mobility

Anywhere, Anytime Operation

Low-Power System 

Architecture

Power-Efficient Architecture for Sustainable
Field Diagnostics 

Key Advantages

Platinum Thin-Film Heater &
Thermal Control

Precision in diagnostics begins with precision in control.

iGENETECH applies platinum thin-film heater technology to deliver a high-efficiency thermal control structure that concentrates energy only where it is needed.

  • Fast and uniform temperature response
  • Minimized unnecessary heat loss
  • Power efficiency optimized for battery-operated environments

Battery-Powered Diagnostics

The system is engineered to minimize power
consumption throughout the entire diagnostic
workflow, with a design optimized for battery-
based operation.

  • Long-duration operation on battery power
  • Stable and reliable performance in field environments
  • Reduced dependence on external power infrastructure

Cold-Chain-Free Operation

iGENETECH enables a cold-chain-free
diagnostic environment through the use of
lyophilized reagents eliminating reliance on
refrigerated transport and dry ice.

  • Room-temperature storage
  • Reduced cost and complexity of cold-chain logistics
  • Lower Power and resource consumption

Key Advantages

Platinum Thin-Film Heater & Thermal Control

Precision in diagnostics begins with precision in control.


iGENETECH applies platinum thin-film heater technology to deliver a high-efficiency thermal control structure that concentrates energy only where it is needed.


  • Fast and uniform temperature response
  • Minimized unnecessary heat loss
  • Power efficiency optimized for battery-operated environments

Battery-Optimized Power Management

The system is engineered to minimize power

consumption throughout the entire diagnostic

workflow, with a design optimized for battery-

based operation.


  • Long-duration operation on battery power
  • Stable and reliable performance in field environments
  • Reduced dependence on external power infrastructure

Cold-Chain-Free Operation

iGENETECH enables a cold-chain-free

diagnostic environment through the use of

lyophilized reagents eliminating reliance on

refrigerated transport and dry ice.


  • Room-temperature storage
  • Reduced cost and complexity of cold-chain logistics
  • Lower Power and resource consumption

Multiplex, High-Sensitivity & 

AI-Assisted Detection

Multiplex, High-Sensitivity & AI-Assisted Detection
More targets. More precision. Clearer answers.

Key Advantages

Multiplex Detection

One test, multiple targets.


Through a multiplexed design, iGENETECH delivers a

broader range of diagnostic information within a single test.


This enables:

  • Fewer tests required
  • Shorter diagnostic time
  • Higher information density

High-Sensitivity Fluorescence Detection

Using fluorescence-based high-sensitivity detection, low- abundance targets can be accurately identified.

Accuracy is a critical factor in ensuring the reliability of
point-of-care diagnostics.

AI-Assisted Interpretation

AI turns complex variation into actionable answers.
AI-powered diagnostic algorithms assist in result
interpretation by analyzing complex signals and variations generated from multiplex assays.

This supports:
- Recognition of complex signal patterns
- Improved accuracy in variant interpretation
- Consistent and reliable decision-making

Key Advantages

Multiplex Detection

One test, multiple targets.


Through a multiplexed design, iGENETECH delivers a

broader range of diagnostic information within a single test.


This enables:

  • Fewer tests required
  • Shorter diagnostic time
  • Higher information density

High-Sensitivity Fluorescence Detection

Using fluorescence-based high-sensitivity detection, low- abundance targets can be accurately identified.

Accuracy is a critical factor in ensuring the reliability of
point-of-care diagnostics.

AI-Assisted Interpretation

AI turns complex variation into actionable answers.

AI-powered diagnostic algorithms assist in result

interpretation by analyzing complex signals and variations generated from multiplex assays.


This supports:

  • Recognition of complex signal patterns
  • Improved accuracy in variant interpretation
  • Consistent and reliable decision-making