Revolutionize Your Imaging with Our BIC-UHS-2.5 High-Speed Camera – Unmatched Data Transfer and Versatile Performance
Introducing our High-Speed Imaging Solution – the perfect choice for industrial and research applications requiring exceptional data transfer rates and ease of use. Powered by the advanced CXP-12 Interface, this system boasts a 4850 Mbyte maximum data transmission bandwidth, delivering four times the speed of 10 Gigabit networks and twelve times the speed of USB 3.0, ensuring seamless and efficient data transfer for even the most demanding imaging tasks.
With a focus on user convenience, the system features an exceptional SDK design that eliminates the need for direct operation of the CXP collector card. This design simplifies the configuration process, making it as easy to use as a Gigabit network industrial camera, allowing for quick setup and integration into any workflow.
For ultimate versatility, this camera supports 1, 2, or 4-channel combinations, providing flexible configurations for diverse project requirements. The system also utilizes HD-BNC connectors, ensuring standardized, industrial-grade cable connections that deliver reliable performance over long distances.
The camera’s cable length extends up to 10-65 meters, depending on the cable specifications and technology used. A coaxial cable allows for both signal triggering and power supply, providing a streamlined solution for long-range operations.
Whether you need high-speed imaging for industrial inspections, scientific research, or any other application requiring superior performance and reliability, our high-speed camera system is designed to meet your needs. Optimize your imaging workflows with this powerful, user-friendly, and high-performance solution.
BIC-UHS-2.5 Ultra High Speed Camera dimension:
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Spectrogram:
The graph demonstrates the spectral response, with multiple wavelength ranges indicated by different colors. It highlights the sensitivity and performance across different wavelengths for various camera configurations.
BIC-UHS-2.5 Ultra High Speed Camera 1800fps at 2.5MP resolution
Unlock precision and speed with our Ultra High-Speed Camera, designed for fast-paced applications requiring sharp, high-quality imaging. Offering an impressive 1800 frames per second at 2.5MP resolution, this camera captures every intricate detail, making it ideal for a wide range of scientific, industrial, and research uses.
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1800fps Speed: Capture rapid motions with outstanding clarity.
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2.5MP Resolution: Achieve sharp, detailed images for enhanced analysis.
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Versatile Compatibility: Perfect for high-speed video analysis, microscopy, and more.
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Reliable Performance: Built for consistent results in demanding environments.
Whether you are exploring biological phenomena, industrial processes, or high-speed mechanics, this camera delivers unparalleled performance. Don’t miss out on cutting-edge technology at an exceptional value—now available for only $4,500, down from the original price of $10,000.
Order today and enhance your high-speed imaging capabilities with the Ultra High-Speed Camera!
Ultra High-Speed Camera (BIC-UHS-1800-2.5C) — Applications
With a blazing 1884 fps at 2.5MP resolution, global shutter, and advanced CoaXPress 2.1 interface, the BIC-UHS-1800-2.5C series cameras are engineered for capturing ultra-fast events with exceptional clarity, making them a powerful imaging solution across scientific, industrial, and high-tech fields.
⚙️ 1. High-Speed Manufacturing & Robotics
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Monitor and troubleshoot high-speed robotic arms, pick-and-place systems, and precision manufacturing lines.
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Detect micro-vibrations, alignment errors, or component ejection failures in real time.
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Ideal for Industry 4.0 automation environments requiring software or hardware-triggered capture.
🧪 2. Fluid Mechanics & Spray Analysis
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Visualize droplet breakup, inkjet dispersion, fuel injection dynamics, and cavitation in fine detail.
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0.001 ms minimum exposure time enables sharp imaging of high-velocity fluidic events.
🧬 3. Biomedical & Biomechanics Research
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Analyze cardiac cycles, tendon twitches, and fast muscular movements in experimental animals or in vitro setups.
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CMOS sensor with high sensitivity and mono/color options supports a wide range of optical microscopy techniques.
💥 4. Impact Testing & Crash Analysis
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Record material deformation, fracture initiation, and projectile impacts frame-by-frame.
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Valuable for aerospace, automotive, and defense R&D requiring high frame fidelity and low latency.
🔌 5. Electronics & Semiconductor Testing
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Capture high-speed IC responses, laser trimming, MEMS actuation, and micro soldering defects.
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Excellent for evaluating ESD events, connector snaps, and current arc discharges.
🔬 6. Scientific Imaging in Physics and Chemistry
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Study wavefront propagation, resonant vibrations, or explosion dynamics in real-time.
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Enables tracking of fast transient reactions with precise timing via differential and opto-isolated trigger inputs.
🧫 7. Pharmaceutical Production & Tablet Counting
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Monitor blister packaging, high-speed capsule filling, and reject-sorting systems.
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Custom resolution and ROI allow focused, high-speed inspection of critical zones.
🧯 8. Combustion & Plasma Research
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Visualize ignition front, flame spread, and combustion chamber activity.
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The camera’s dynamic range (68.2 dB) and global shutter are ideal for intense light fluctuation environments.
🛰️ 9. Defense, Ballistics & Projectile Tracking
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Capture bullet flight, impact angles, and fragmentation with mono or color capture precision.
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Integration-ready for test ranges with CoaXPress interface and programmable GPIO support.
🎓 10. Advanced Education & Lab Demonstrations
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Enable universities and research institutes to teach mechanics, thermodynamics, and mechatronics with visual clarity.
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Compatible with C/C++/Python/Java and more, offering flexibility for experimental setups and custom software.
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