Area Scan Industrial Camera
| Cat | Products Name | Price |
|---|---|---|
| AIMRSE-RV-IC-001 | 0.4K Global Shutter CMOS Industrial Camera | |
| AIMRSE-RV-IC-002 | 0.4K Color Global Shutter CMOS Industrial Camera | |
| AIMRSE-RV-IC-003 | 1.3K High Sensitivity CMOS Industrial Camera | |
| AIMRSE-RV-IC-004 | 1.3K Color High Sensitivity CMOS Industrial Camera | |
| AIMRSE-RV-IC-005 | 1.6K Global Shutter CMOS Industrial Camera | |
| AIMRSE-RV-IC-006 | 1.6K Color Global Shutter CMOS Industrial Camera | |
| AIMRSE-RV-IC-007 | 2K Global Shutter CMOS Industrial Camera | |
| AIMRSE-RV-IC-008 | 2K Color Global Shutter CMOS Industrial Camera | |
| AIMRSE-RV-IC-009 | 2.3K Global Shutter CMOS Industrial Camera | |
| AIMRSE-RV-IC-010 | 2.3K Color Global Shutter CMOS Industrial Camera |
Introduction
An Area Scan Industrial Camera is the foundational imaging component for modern machine vision systems. Unlike line scan cameras that build images line-by-line, an area scan camera utilizes a 2D matrix sensor (CMOS or CCD) to capture an entire rectangular field of view in a single exposure. This "frame-based" capture makes it the ideal solution for inspecting discrete objects, performing high-speed robotic guidance, and conducting precise dimensional measurements. With its ease of alignment and wide range of resolutions, it remains the most versatile choice for factory automation and smart manufacturing.
Working Principle
1. Light Acquisition
Light reflected from the target passes through the lens and strikes the 2D sensor array, converting photons into localized electrical charges across the entire frame simultaneously.
2. Digital Conversion
The sensor's ADC (Analog-to-Digital Converter) translates these electrical charges into precise digital values, creating a raw data map of the rectangular field of view.
3. Image Processing
The onboard FPGA or ISP performs real-time optimizations, including Bayer interpolation for color, noise reduction, and gain adjustments to ensure high image quality.
4. Interface Transfer
The final processed image frame is packaged and transmitted through high-speed industrial protocols (like GigE or USB3) to a host PC for automated vision analysis.
Key Technical Specifications
-
Global Shutter Technology
Exposes all pixels at the exact same moment. This is essential for high-speed industrial lines to eliminate the "jello effect" or motion blur when capturing moving targets. -
Versatile Resolution Range
Scalable from high-speed VGA (0.3 MP) for simple presence detection to ultra-high 150 MP resolution for detailed semiconductor and FPD inspection. -
High Sensitivity Sensors
Utilizing the latest CMOS back-illuminated technology to provide exceptional quantum efficiency, ensuring clear images even in low-light or short-exposure conditions. -
Precision Triggering
Equipped with low-latency hardware trigger inputs (Opto-isolated), allowing for sub-microsecond synchronization with strobed lighting and PLC signals. -
Advanced ROI (Region of Interest)
Supports partial scanning to increase frame rates. By selecting a specific area of the sensor, users can achieve much higher speeds for localized inspection tasks. -
Industrial Grade Durability
Built with shock-resistant mounts and CNC-machined housings designed to operate in high-vibration environments with an extended temperature range.
Typical Applications
Electronics & PCB
High-resolution inspection of SMT components, solder joints, and semiconductor wafers to ensure zero-defect manufacturing.
Automotive Industry
Precise dimensional gauging of engine parts and surface defect detection on car body panels during robotic assembly.
Logistics & Sorting
High-speed barcode reading and volume measurement of packages on fast-moving conveyors for automated warehousing.
Engineering Excellence
Our area scan cameras are engineered to be the heart of precision automation. By integrating high-quantum-efficiency sensors with robust thermal management, we ensure reliable, high-speed imaging that transforms raw data into actionable manufacturing intelligence.
Interface & Hardware Standards
Our cameras utilize industry-standard interfaces to ensure reliable data transmission and environmental durability in harsh factory settings:
- Transmission: GigE Vision (up to 100m), USB3 Vision (Plug-and-Play), and CXP (Ultra-high speed).
- Compliance: EMVA 1288 standardized data for SNR, dynamic range, and quantum efficiency.
- Industrial Ruggedness: High shock and vibration resistance with full CE, FCC, and RoHS certification.
Software Integration & Support
We provide a comprehensive software ecosystem designed for "out-of-the-box" compatibility with the world’s leading machine vision libraries:
- Full protocol compliance with GenICam and GenTL standards.
- Multi-language SDK support including C++, C#, and Python.
- Native drivers for HALCON, Cognex VisionPro, and LabVIEW.
- Access to 2D/3D CAD models and detailed trigger synchronization guides.
Related Products
Technical data represent typical values. As applications vary, we recommend consulting our technical team to ensure the best fit for your specific requirements.
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