Configurable thermal imaging modules with SDK & drivers—ready to integrate for Security, UAV, Inspection, Outdoors.
Standard thermal modules rarely match a project one-to-one. If you need a compact size, a certain field of view, specific image quality, or a defined interface, a tailored module makes integration faster and more reliable. Gemin Optics builds configurable thermal camera module that arrive calibrated for stable, repeatable results.
We focus on flexibility. You can choose the resolution level, lens and field-of-view set (from wide to telephoto), fixed or motorized focus, and shuttered or shutter-free designs. Interfaces can be USB, serial, or camera interface, and we provide a software package with drivers and sample code for Windows, Linux, and Android. From prototype to pilot run and regular supply, our engineers help you move quickly without forcing high minimum orders.
Quality is built in: factory calibration, thermal drift compensation, and 100% functional and image checks at defined temperatures. Every unit has serial-number traceability with stored calibration files. You also receive clear documentation, CAD models, evaluation kits, and material compliance files such as RoHS/REACH. Typical uses include outdoor observation, security, industrial monitoring, drone payloads, range-finding systems, and handheld devices—subject to local regulations.
Tell us your resolution, field of view, interface, and environment—we’ll propose a precise configuration.
We reply within 24h. Your info stays private.
Reduce your R&D risk
From prototype to mass production—flexible customization, white-label service, and complete integration support.
Choose your sensor, resolution, lens/FOV, and interface—board-level or enclosed—for a perfect fit to your device.
Ship faster with SDKs, drivers, CAD/STEP, and a sample app—everything needed to drop in and build.
Every unit is calibrated, fully tested, and traceable, with RoHS/REACH docs and CE/FCC pre-compliance support.
From pilot runs to stable volume: MES-ready serialization, flexible MOQ, and predictable lead times.
Brand it your way—logo, packaging, manuals—with lifecycle change control and fast warranty service.
Pick your resolution—640×512 or 1280×1024—ready to integrate with SDK & drivers.
GM-612 uncooled IR module: low-power imaging processor with proprietary ISP, multiple digital interfaces for quick integration; compact, lightweight, industrial-grade, and cost-efficient for demanding applications.
GM-1280 uncooled IR module: energy-efficient imaging processor with advanced ISP, multi-standard digital interfaces for rapid integration; compact, lightweight, industrial-grade, and cost-effective for demanding applications.
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Detect people, vehicles, and wildlife in darkness, smoke, or light fog—24/7 awareness.
Clear heat signatures and tracking for night hunting or pest control—compact, low power.
Lightweight LWIR payloads for search, inspection, and mapping—gimbal integration ready.
Integrate with laser rangefinders and displays—long-range detection in compact devices.
See through smoke, locate victims and hotspots—rugged modules for helmets or handhelds.
Find hotspots in electrical and mechanical systems,non-contact diagnostics for uptime.
Configurable thermal imaging modules with SDK and drivers—ready to integrate for Security, UAV, Inspection, Outdoors.
Define needs, map specs, confirm goals and timeline.
Share files; we assess risks, quote and schedule.
Lock sensor, lens, interface; finalize firmware plan details.
Build samples; tune image, verify ports and SDK.
Run pilot; test 100%, enable full traceability logging.
Inspect, label, pack; ship with guides and certificates.
Update firmware, white-label assets, fast replace support always.
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.
After BOM lock, EVT samples are typically ready in 1–2 weeks; pilot runs start from 10–50 units depending on model.
MIPI/LVDS/BT656/SDI/USB/Ethernet plus UART/RS232/RS422; SDK and drivers for Windows / Linux / Android, with a sample app.
Yes—radiometric options are available; define range and accuracy for your scene. Typical class accuracy is ±2 °C or ±2% (whichever is greater) with proper calibration and emissivity settings.
GM-L612 (640×512/12 µm/50 Hz) runs on 5–12 V, typical power <1 W. GM-1280 (1280×1024/12 µm/50 Hz) uses 12 V, typical ≤3 W.
We adjust NUC/FFC strategy, AGC, DDE, denoise, palettes, and gamma; deliver a scene profile (e.g., UAV, inspection, outdoor) you can load with the SDK.
Industrial-grade process with 100% functional test, serial-number traceability, and RoHS/REACH materials. Shock and vibration validated per model.
