Artray ARTCAM-384P2-THERMO Thermal Infrared Camera (8–14 µm Spectral Range, 384 × 288 Resolution)
| Brand | Artray |
|---|---|
| Origin | Japan |
| Model | ARTCAM-384P2-THERMO |
| Spectral Band | 8–14 µm |
| Detector Resolution | 384 × 288 pixels |
| Detector Type | Uncooled Microbolometer |
| Component Category | Optical Component |
| Import Status | Imported |
Overview
The Artray ARTCAM-384P2-THERMO is a high-stability, uncooled thermal infrared imaging camera engineered for precise long-wave infrared (LWIR) radiometry in laboratory, industrial R&D, and optical system integration environments. Operating within the atmospheric transmission window of 8–14 µm, this camera leverages a microbolometer focal plane array (FPA) to convert incident thermal radiation into measurable electrical signals without cryogenic cooling—enabling compact form factor, low power consumption, and rapid thermal stabilization. Its native resolution of 384 × 288 pixels provides sufficient spatial sampling for qualitative thermographic mapping, emissivity-based surface temperature estimation, and non-contact thermal validation of optical components, laser systems, and thermal management prototypes. Designed for OEM integration and benchtop optical instrumentation, the ARTCAM-384P2-THERMO complies with standard mechanical and electrical interfaces common in Japanese and European optical subsystem architectures.
Key Features
- Uncooled VOx microbolometer detector with 8–14 µm spectral response optimized for ambient-temperature object detection
- Native thermal image resolution of 384 × 288 pixels, supporting real-time frame rates up to 60 Hz via LVDS or USB 3.0 interface (configurable)
- Integrated thermistor-based non-uniformity correction (NUC) and shutterless operation mode for continuous imaging stability
- Standard C-mount lens interface compatible with calibrated LWIR lenses (e.g., f/1.0, 25 mm focal length), enabling flexible field-of-view configuration
- Onboard digital signal processing for real-time gain/offset adjustment, dynamic range optimization, and linearized radiometric output
- Rugged aluminum housing with IP42-rated environmental protection and thermal mass design minimizing internal drift during extended acquisition
Sample Compatibility & Compliance
The ARTCAM-384P2-THERMO is suitable for non-destructive thermal characterization of optically opaque and semi-transparent materials—including polymers, ceramics, composites, and coated substrates—within controlled laboratory conditions. It supports quantitative surface temperature estimation when used with known emissivity values (ε = 0.1–0.95) and ambient background compensation. While not certified for medical or safety-critical applications, the device conforms to IEC 61000-6-3 (EMC emission standards) and JIS C 61000-6-2 (immunity requirements). Its mechanical dimensions and mounting features align with ISO 10110-7 optical component integration guidelines, facilitating alignment within collimated beam paths and Fourier-transform infrared (FTIR) auxiliary setups.
Software & Data Management
The camera operates with Artray’s proprietary SDK (Windows/Linux x64), providing low-level access to raw frame buffers, NUC parameters, and analog/digital gain registers. Included software tools support radiometric calibration export (16-bit TIFF with metadata tags), temporal noise analysis, and region-of-interest (ROI) temperature statistics. For traceable measurement workflows, the SDK enables timestamp-synchronized logging compliant with GLP documentation practices. Exported data includes embedded EXIF-style headers specifying integration time, lens F-number, detector temperature, and factory calibration date—facilitating audit-ready reporting in quality-controlled environments. The SDK also supports integration with MATLAB, Python (via ctypes bindings), and LabVIEW through standardized DLL/API wrappers.
Applications
- Thermal validation of IR-transmissive optics (e.g., Ge, ZnSe, AMTIR windows) under simulated operational load
- Non-contact thermal profiling of semiconductor packaging, PCB hotspots, and LED thermal sinks during reliability testing
- Optical alignment verification in CO₂ laser delivery systems using thermal signature contrast
- Material emissivity benchmarking against blackbody reference sources (e.g., Hart Scientific 4600 series)
- Integration into custom FTIR spectrometer accessories for real-time sample chamber thermal monitoring
- Research-grade thermography in physics education labs studying Stefan-Boltzmann law, heat conduction, and phase-change dynamics
FAQ
Is the ARTCAM-384P2-THERMO supplied with a calibrated blackbody reference?
No. Calibration is performed at the factory using traceable blackbody sources; however, no physical reference source is included. Users requiring on-site recalibration must procure an external Class A blackbody (e.g., CI Systems CB-600).
Can this camera be used for quantitative temperature measurement out-of-the-box?
Yes—provided emissivity, reflected ambient temperature, and atmospheric transmittance are defined in software. Absolute accuracy is ±2°C or ±2% of reading (whichever is greater) under stable ambient conditions (23 ± 2°C, <60% RH).
Does the SDK support FDA 21 CFR Part 11-compliant electronic signatures?
The SDK itself does not implement Part 11 controls; however, it exports structured metadata and audit-ready logs that can be ingested into validated LIMS or ELN platforms meeting those requirements.
What is the typical NETD specification for this model?
The noise-equivalent temperature difference (NETD) is ≤ 50 mK at 30 Hz frame rate and f/1.0 aperture, measured per ISO 18544:2021 Annex B protocols.
Is lens selection restricted to Artray-branded optics?
No. Any C-mount LWIR lens with appropriate spectral transmission (8–14 µm) and back focal distance compatibility may be used, though radiometric linearity must be verified per lens model.
