ElectroOptic CONTOUR Enhanced CCD Camera
| Brand | ElectroOptic |
|---|---|
| Origin | Russia |
| Model | CONTOUR |
| Spectral Range | 350–1700 nm (UV–NIR) |
| Integrated Display | TFT-LCD |
| Imaging Sensor Type | Enhanced CCD with IR Conversion Device |
| Supply Type | Imported |
| Distributor Status | Authorized Distributor |
Overview
The ElectroOptic CONTOUR Enhanced CCD Camera is a high-sensitivity, broadband imaging instrument engineered for scientific and industrial applications requiring extended spectral response beyond the visible range. Based on a specially enhanced charge-coupled device architecture incorporating an infrared conversion layer, the CONTOUR enables direct, real-time visualization and digital recording of electromagnetic radiation spanning 350 nm to 1700 nm — covering ultraviolet (UV), visible (VIS), near-infrared (NIR), and short-wave infrared (SWIR) bands. Unlike standard silicon-based CCDs limited to ~1100 nm, the integrated IR conversion technology extends quantum efficiency into the SWIR region without requiring cryogenic cooling or external image intensifiers. This makes the CONTOUR particularly suitable for non-contact optical alignment, beam profiling, and passive imaging tasks where ambient thermal emission or low-light NIR signatures must be resolved with high spatial fidelity.
Key Features
- Ultra-broadband spectral sensitivity from 350 nm to 1700 nm, validated per ISO 11146-3 for radiometric compatibility across UV–SWIR
- Integrated high-resolution TFT-LCD display enabling stand-alone operation without external monitor or frame grabber
- Enhanced CCD sensor with proprietary IR-conversion phosphor layer, optimized for high quantum efficiency in 900–1700 nm band
- Real-time analog/digital output interface (RS-422, Camera Link, or optional GigE Vision compliant) supporting synchronization with pulsed laser sources
- Robust mechanical housing rated IP52, designed for laboratory and field-deployable use under controlled environmental conditions
- Low-noise readout architecture with programmable gain and exposure control, supporting integration times from 1 ms to 60 s
Sample Compatibility & Compliance
The CONTOUR camera is compatible with standard C-mount and F-mount optical interfaces, allowing seamless integration into microscopes, collimators, spectrographs, and custom NIR inspection stations. Its spectral response profile has been characterized against NIST-traceable calibration sources and conforms to measurement requirements specified in ASTM E1318 (Standard Practice for Infrared Thermography) and ISO 18563-1 (Non-destructive testing — Ultrasonic testing — Characterization of equipment). For regulated environments, firmware supports timestamped metadata embedding and audit-ready log export, aligning with GLP documentation workflows. While not intrinsically certified for hazardous locations, it meets IEC 61326-1 (EMC for laboratory equipment) and RoHS 3 compliance for material content.
Software & Data Management
The CONTOUR is supported by ElectroOptic’s proprietary acquisition suite, CONTOUR Studio v4.x, which provides cross-platform (Windows/Linux) control via USB 3.0 or Gigabit Ethernet. The software includes real-time histogram analysis, region-of-interest (ROI) photometry, multi-frame averaging, and non-uniformity correction (NUC) routines. Export formats include 16-bit TIFF, HDF5, and CSV-compatible intensity matrices for downstream processing in MATLAB, Python (NumPy/SciPy), or ENVI. All acquired frames are automatically tagged with EXIF-like metadata including exposure time, gain setting, sensor temperature (via on-board thermistor), and UTC timestamp — ensuring traceability required under FDA 21 CFR Part 11 when used in quality-controlled R&D settings.
Applications
- Optical alignment of NIR/SWIR laser systems (e.g., 1064 nm, 1550 nm, or 1650 nm sources) in free-space or fiber-coupled configurations
- In situ fluorescence lifetime imaging (FLIM) support in biological and materials science, particularly for NIR-II fluorophores (1000–1700 nm)
- Non-invasive diagnostics in cultural heritage science, including pigment identification, underdrawing visualization, and varnish layer assessment
- Beam quality analysis (M², centroid stability, divergence) for ultrafast and CW solid-state lasers operating in the NIR band
- Remote sensing validation in atmospheric transmission studies and vegetation reflectance mapping using narrowband spectral filtering
- Integration into OEM platforms for industrial machine vision systems performing defect detection in semiconductor wafers or polymer films
FAQ
Does the CONTOUR require external cooling for stable SWIR performance?
No — the IR conversion layer operates effectively at ambient temperatures between 15 °C and 30 °C. Active thermoelectric cooling is optional and available only in the CONTOUR-Cryo variant.
Is the camera compatible with third-party LabVIEW or Python-based automation frameworks?
Yes — full API documentation (C/C++, Python bindings, and .NET wrappers) is provided upon license registration; drivers comply with GenICam 3.3 specification.
What is the maximum frame rate at full resolution (1392 × 1040 pixels)?
Up to 30 fps via Camera Link Base configuration; reduced ROI modes enable >100 fps for high-speed tracking applications.
Can the integrated LCD display be disabled to reduce power consumption during remote operation?
Yes — display backlight and panel refresh can be deactivated via software command while maintaining full sensor functionality and data streaming.
Is radiometric calibration included with the system?
A factory-applied relative spectral responsivity curve is supplied; NIST-traceable absolute calibration is available as an optional add-on service.
