Thermal Camera Module - Gemin Thermal Optics

Thermal Camera Modules for OEM Integration

Designed for handheld thermal devices, security systems, industrial equipment, and embedded platforms, with customization support in optics, interfaces, structure, and integration requirements.

OEM Thermal Camera Modules

Our thermal camera modules are designed for OEM and integration projects rather than retail use. They can be used in handheld thermal devices, security systems, industrial equipment, and other embedded applications where stable imaging performance and reliable engineering support are required.

We support project evaluation and customization based on your application requirements, including optics, output interface, structure, temperature measurement, and other integration needs. Share your target use case, key specifications, and expected volume, and our team will recommend a suitable solution.

Customization Support

We support project-based customization for:

Optics and field of view
Output interfaces and system connection
Mechanical structure and installation fit
Temperature measurement and application-specific integration

To Speed Up Evaluation

For a faster recommendation, please share your device type, preferred resolution or field of view, interface requirement, whether temperature measurement is needed, estimated quantity, and target project timeline.

Request an OEM Quote

Tell us your application, required resolution, interface, quantity, and timeline.

Reduce Integration Risk

OEM & ODM Support for LWIR Thermal Modules

From prototype validation to mass production, we support customization, integration, documentation, and white-label programs for OEM thermal imaging projects.

Configurable Modules

Select the sensor resolution, lens/FOV, interface, and housing option that fit your device architecture, whether you need a board-level core or an enclosed module.

Integration Toolkit

Accelerate integration with SDKs, drivers, CAD/STEP files, interface documentation, and sample software for evaluation and system development.

Quality & Compliance

Each unit is calibrated, tested, and traceable, with support for RoHS/REACH documentation and CE/FCC pre-compliance requirements.

From NPI to Mass Production

We support the transition from sample validation and pilot runs to stable mass production, with serialization, flexible MOQ planning, and controlled lead times.

White-Label & Lifecycle Service

Support is available for logo, packaging, manuals, and other branding requirements, together with change control, after-sales coordination, and warranty service.

Core Module Platforms

Start with your target resolution and integration requirement. Our main LWIR thermal camera module platforms are available in 640×512 and 1280×1024 for OEM evaluation and product development.

Typical Applications

Our LWIR thermal camera modules are designed for OEM integration into security systems, handheld devices, drone payloads, industrial equipment, and other thermal imaging platforms.

Outdoor Observation & Security

Suitable for perimeter monitoring, mobile observation, and low-visibility detection of people, vehicles, and other thermal targets in day-and-night security applications.

Handheld Thermal Devices

Designed for integration into compact handheld thermal products used for observation, search tasks, field operations, and other portable imaging applications.

UAV / Drone Payloads

Lightweight thermal module options for drone and gimbal integration in aerial observation, inspection, search missions, and other unmanned imaging systems.

Multi-Sensor Systems

Can be integrated with laser rangefinders, visible sensors, and display systems for multi-sensor thermal devices that require compact size and coordinated system design.

Firefighting & Rescue

Applicable to thermal imaging equipment used in rescue and emergency-response scenarios where visibility is reduced by smoke, heat, or complex operating conditions.

Industrial Inspection Systems

Suitable for thermal inspection equipment used to detect hotspots, temperature anomalies, and other non-contact diagnostic indicators in electrical and mechanical systems.

OEM Project Workflow

A structured workflow for OEM thermal camera module projects, from application review and prototype validation to pilot production, delivery, and after-sales support.

Consultation

Confirm application, specs, quantity, and timeline.

Submission

Review drawings, use cases, risks, and feasibility.

Materials

Define sensor, lens, interface, and housing.

Prototyping

Prepare samples for tuning, fit, and testing.

Production

Verify performance, compatibility, and key requirements.

Delivery

Run pilot lots and stabilize production flow.

Support

Deliver documents and provide ongoing support.

Frequently Asked Questions

Do I need a full custom design?

Most projects are covered by configurable options—resolution, lens/FOV, interface, frame rate, thermography. We offer semi-custom (small I/O/structure tweaks) and full ODM if needed.

How fast can I get a prototype and what’s the MOQ?

Prototype timing depends on the configuration and project scope. Standard platforms are usually faster to evaluate, while customized projects need additional review. MOQ depends on the module version and customization level.

Which interfaces, SDKs, and OS environments do you support?

We support multiple video and data interfaces, together with SDKs, drivers, and development support for common embedded and system integration environments. Final support scope depends on the selected module platform.

Can the module do radiometric temperature measurement?

Yes, selected module versions can support radiometric temperature measurement. The final solution depends on the required accuracy, application environment, calibration method, and system integration plan.

What image performance and power consumption should I expect?

Image performance and power consumption depend on the sensor resolution, lens, frame rate, image processing, and interface configuration. We can recommend a suitable balance based on your application and system constraints.

How do you tune image quality for my application?

We tune image performance based on your use case, target conditions, and system requirements. This may include scene optimization, image parameter adjustment, and integration-level evaluation during prototype testing.

How rugged, tested, and traceable are your modules?

Our modules are built for OEM projects with quality control, functional testing, and traceability support. Depending on the project, we can also coordinate documentation, compliance support, and production change management.

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