The Canon IDCCFC Series (IDCCFC-659, IDCCFC-943, IDCCFC-1318) is a CIS type line scan camera by Canon Components, Inc., designed as the ultimate solution for glossy surface inspection. Featuring built-in custom designed diffuse illumination, it delivers reliable and consistent imaging on reflective and high-sheen materials where conventional cameras fall short.
Available in scanning widths up to 1318mm, the series supports resolutions of 600, 300, 200, and 150dpi in both color and monochrome modes, with scan speeds reaching up to 648MPM in monochrome fast mode. Operating on a single 24V power supply and Camera Link® compliant, it integrates easily into existing machine vision systems.
Ideal for a wide range of demanding inspection applications including metal, textile, film, web, wafer, measurement, and print.
| Item | IDCCFC-659 | IDCCFC-943 | IDCCFC-1318 | Remarks |
|---|---|---|---|---|
| Scanning Width | 666.8mm | 942.9mm | 1327.3mm | |
| Sensor Elements (Pixels) | 15,587 × 3 (RGB) 15,587 (monochrome) | 22,063 × 3 (RGB) 22,063 (monochrome) | 31,175 × 3 (RGB) 31,175 (monochrome) | 600dpi |
| Resolution | 600 / 300 / 200 / 150dpi | Mode selectable | ||
| Pixel CLK Frequency | 20MHz | |||
| Pixel Data | RGB 8bit / monochrome 8bit | |||
| Scanning Speed (RGB) | 600dpi: 71us/line, 14kHz, 36MPM 300dpi: 38us/line, 26kHz, 72MPM 200dpi: 38us/line, 26kHz, 138MPM 150dpi: 38us/line, 26kHz, 264MPM | 600dpi: 71us/line, 14kHz, 36MPM 300dpi: 38us/line, 26kHz, 72MPM 200dpi: 38us/line, 26kHz, 138MPM 150dpi: 38us/line, 26kHz, 264MPM | 600dpi: 71us/line, 14kHz, 36MPM 300dpi: 38us/line, 26kHz, 72MPM 200dpi: 38us/line, 26kHz, 138MPM 150dpi: 38us/line, 26kHz, 264MPM | Color / RGB |
| Scanning Speed (Monochrome) | 300dpi: 16us/line, G36kHz, 326MPM 200dpi: 16us/line, G36kHz, 488MPM 150dpi: 12us/line, G83kHz, 648MPM | 300dpi: 16us/line, G36kHz, 326MPM 200dpi: 16us/line, G36kHz, 488MPM 150dpi: 12us/line, G83kHz, 648MPM | 300dpi: 16us/line, G36kHz, 326MPM 200dpi: 16us/line, G36kHz, 488MPM 150dpi: 12us/line, G83kHz, 648MPM | Mono / Basic & Fast Mode |
| Interface | Camera Link® Compliant Base / Medium | |||
| Number of Camera Link® | 2pcs / 4pcs | 3pcs / 6pcs | 4pcs / 8pcs | |
| Output Data CLK | 80MHz | |||
| Optical System | Rod Lens Array | |||
| Working Distance | 28mm | |||
| Luminous Source | White LED | |||
| Power Supply | LED: 24V | |||
| Current Consumption | Sensor: 1.0A LED: 2.0A | Sensor: 1.5A LED: 2.0A | Sensor: 2.0A LED: 2.0A | Sensor: LED ON during scanning. LED: Effective value. Excl. inrush current |
| Outline Dimension | W682 × H116 × D164mm (*1) | W1102 × H116 × D164mm (*1) | W1431 × H116 × D246mm (*2) | *1: Excl. protrusion *2: Incl. attachment |
| Weight | — | — | 4.6kg | |
Auto Focus & Tracking for automated optical inspection (AOI) Systems and industrial microscopes
Applicable to Plan Apo lenses 1x-150x, VIS, IR & UV
Built in optical protection against strong light or laser sources which can disturb the focus measurement
Full laser line with segment processing
Extreme robust focus results by interactive selection of best focus parameters
Motor controller interface with analog & digital outputs for a seamless closed loop integration with third party’s stepper motor-, piezo-, voice-coil- or servo drives
Applicable to Plan Apo lenses 1x-150x, VIS, IR & UV
Adjustable laser power limitation
User interface with enhanced network capabilities for multi sensor operation
Easy integration of UI functions into the customer software without software library needed
Automated microscope for single lens
Auto Focus Sensor for automated optical inspection (AOI) Systems and industrial microscopes
Analog Output of Focus Distance: 0-10V
Applicable to infinite corrected lenses from 1x to 100x magnification, VIS, IR, UV
The LAF4- ORB comes as a standalone Auto Focus sensor and provides an analog output to connect with an external stage amplifier or motor controller with analog close look Control input
UI interface
Easy Integration and Software implementation
I7 is a high resolution multi-spectrum CMOSTDI image sensor with embedded CCD pixels. The sensor is composed of 1 P zone and 4 B zones. P zone features 12K-pixel resolution with 128 TDI stages, pixel size 7um*7um. B zone features 3K-pixel resolution with 64 TDI stages, pixel size 28um*28um. It is designed
with radiation hardness to work reliably in the radiation environment.
Features
High sensitivity and high dynamic range
BSI with peak QE 85%
Highly Integrated SOC with on-chip clock driver, timing & control, ADC
Advanced design structure for better Full-Well and lower noise
Enhanced NIR performance
Super radiation hardness
Applications
LEO Satellite Observation.
Industrial Inspection.
Scientific Research.
| Parameter | P zone | B zone |
|---|---|---|
| Resolution | 12,288 px | 3,072 px |
| TDI stage | 128 | 64 |
| Pixel size | 7 µm × 7 µm | 28 µm × 28 µm |
| Full well | 80 Ke⁻ | 240 Ke⁻ |
| Total noise | < 10 e⁻ | < 60 e⁻ |
| Line rate | 100 KHz | 25 KHz |
| TDI direction | Bi-direction | Bi-direction |
| ADC | 14-bit | 14-bit |
| MTF | 0.50 | 0.50 |
| FPN | < 1.2% | < 1.2% |
| PRNU | < 1.5% | < 1.5% |
| TID | 100 Krad | 100 Krad |
| SEE | 75 MeV·mg/cm² | 75 MeV·mg/cm² |
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