Pioneer in Next-Gen CQD-SWIR Imaging Solutions
Our in-house capabilities include
  • Material Synthesis
  • ROIC Design
  • Advanced Integration
  • System Delivery
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GAZE Series
Industrial-Grade CQD-SWIR Camera
  • Ultra-Broadband Response 0.4-1.7µm (Vis-SWIR)
  • Low Noise Low Dark Current
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From CQD Materials to Imaging Systems
End-to-end Product Portfolio
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CQDs-Based Imaging Chips Key Advantages
  • Customizable Absorption Cutoff Wavelength
  • Easy to Achieve High Resolution and large-area arrays
  • Simplified Integration Process
  • Low Dark Current Density
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Why Quatum Dot SWIR?

Spetral Sensitivity
0.4~2.1um
Mass-aMarket Cost & Scalability
Tunable Quantum Efficiency
Enhanced lmaging with Reduced Noise

Who is InRight Tech?

InRight Tech is a pioneering technology company specializing in quantum dot SWIR solutions, transforming breakthrough science into real-world imaging applications.

InRight Tech offers a full-spectrum portfolio - from quantum dot raw materials to turnkey SWIR imaging systems and services.

Why Quatum Dot SWIR?
15YRS

15 Years of Dedicated R&D in Quantum Dot Imgaing Field

20+

20+ Cross-disciplinary Engineers

SWIR

Extensive SWIR Field Experience

What InRight Tech is offering

What Can We Do?

Industrial Inspection

Infrared thermography detects overheating in machinery, electrical connections, and pipelines. It enables predictive maintenance by identifying faults before failures occur. Non-contact and real-time, it works through dust and smoke, ensuring safety in hazardous environments like furnaces or substations.

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Object Recognition

Infrared cameras recognize objects by their unique thermal signatures, even in total darkness or fog. Passive IR captures emitted heat, while active IR uses illumination. This allows distinguishing humans, animals, or vehicles without visible light, making it ideal for night-vision robotics and security systems.

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Optical Tracking & Analysis

Infrared tracking uses active markers or thermal patterns to follow moving objects precisely. Common in motion capture (e.g., film or sports science), IR LEDs and high-speed cameras record trajectories without visible interference. It enables accurate 3D analysis of mechanical parts or human movement in low light.

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Biomedical

Infrared imaging measures skin temperature and blood flow, aiding in detecting inflammation, tumors, or vascular diseases. Thermal cameras are non-invasive and radiation-free, used for fever screening, diabetic foot monitoring, and breast abnormality detection. It provides functional information without contact.

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Surveillance

Infrared surveillance enables night vision and perimeter monitoring through darkness, rain, or smoke. Thermal cameras detect intruders by body heat, ignoring visual camouflage. Wide-area coverage and motion-triggered alerts make IR essential for border security, critical infrastructure, and residential safety after dark.

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Agri-food Inspection

Infrared sensors assess fruit ripeness, detect bruises, and sort grains by moisture or temperature. Thermal imaging reveals early fungal infections or water stress in stored crops. In food processing, IR verifies cooking uniformity and detects foreign objects, improving quality control without physical contact.

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Automotive & Consumer Electronics

Infrared is used in night-vision assist systems to detect pedestrians or animals beyond headlight range. In consumer electronics, IR enables gesture recognition, proximity sensing, and face unlocking (structured light). Autonomous vehicles also use thermal cameras to see in bad weather or low-light conditions.

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Industrial Inspection

Object Recognition

Optical Tracking & Analysis

Biomedical

Surveillance

Agri-food Inspection

Automotive & Consumer Electronics

Industrial Inspection
Object Recognition
Optical Tracking & Analysis
Biomedical
Surveillance
Agri-food Inspection
Automotive & Consumer Electronics

News & Exhibitions

Infrared tracking uses active markers or thermal patterns

Infrared tracking uses active markers or thermal patterns to follow moving objects precisely. Common in motion capture (e.g., film or sports science), IR LEDs and high-speed cameras record trajectories without visible interference. It enables accurate 3D analysis of mechanical parts or human movement in low light. Infrared tracking uses active markers or thermal patterns to […]

View More

Infrared cameras recognize objects by their unique thermal signatures

Infrared cameras recognize objects by their unique thermal signatures, even in total darkness or fog. Passive IR captures emitted heat, while active IR uses illumination. This allows distinguishing humans, animals, or vehicles without visible light, making it ideal for night-vision robotics and security systems. Infrared cameras recognize objects by their unique thermal signatures, even in […]

View More

Infrared thermography detects overheating in machinery

Infrared thermography detects overheating in machinery, electrical connections, and pipelines. It enables predictive maintenance by identifying faults before failures occur. Non-contact and real-time, it works through dust and smoke, ensuring safety in hazardous environments like furnaces or substations. Infrared thermography detects overheating in machinery, electrical connections, and pipelines. It enables predictive maintenance by identifying faults […]

View More

Contact Us

Let's collaborate for exceptional eyewear. We look forward to a meaningful collaboration.

10th Floor, Building B3, Longshan Innovation Park Phase I, Wuhan, Hubei Province, China
zhangxiao@inrighttech.com

 

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