Phantom KT1240

Phantom KT1240 High-Speed Camera

High-Resolution Imaging Made Accessible

The Phantom KT1240 brings high-speed imaging to a broader range of users by offering the same 4.2 Megapixel sensor found in the KT1640, with optimized data throughput for a more accessible price point. It’s an ideal choice for applications that demand high-resolution imaging and moderate frame rates, such as material testing, component tracking, structural analysis, and flow visualization techniques like DIC and PIV.

With a resolution of 2560 x 1664 pixels, the KT1240 delivers sharp, detailed images, making it suitable for scenarios where both field of view and fine spatial accuracy are critical. The camera is engineered with a Back Side Illuminated (BSI) sensor, boosting quantum efficiency and improving performance in low-light environments—crucial for lab setups with limited lighting or when using high magnification optics.

The KT1240 is compact and lightweight, allowing for easy integration into test benches, rigs, and tight spaces without adding excessive weight or infrastructure. While it doesn’t reach the ultra-high frame rates of the KT1640, it still provides excellent speed for a wide range of high-speed imaging needs.

The camera supports programmable I/O, making it easy to synchronize with external equipment such as DAQ systems and sensors. This feature is particularly valuable in scientific experiments and industrial measurements, where timing precision is key. Additional tools like on-camera controls, CFexpress storage, and video outputs support untethered workflows, enhancing flexibility during fieldwork or mobile testing scenarios.

In short, the Phantom KT1240 is an ideal balance of performance, size, and cost, delivering the power of high-speed, high-resolution imaging in a more streamlined and versatile package.

Highlights – Phantom KT-1240

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  4.2 Megapixel Resolution (2560 x 1664)
  Delivers high-definition image quality with a large field of view—ideal for applications that require precise tracking of fine details, such as material stress testing, microfluidics, or biological motion analysis.

  
  


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  High-Speed Imaging at an Accessible Price
  Offers excellent frame rates for a wide range of testing scenarios, with performance optimized to balance speed and resolution. A perfect fit for users who need high-quality results without the extreme data rates of top-tier models.

  
  


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  Back Side Illuminated (BSI) Sensor
  Features a modern BSI sensor architecture that enhances light sensitivity and provides up to 88.7% Quantum Efficiency (mono). This makes the KT1240 well-suited for low-light conditions or use with high-magnification optics, where available light is limited.

  
  


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  Compact & Lightweight (approx. 3.2 kg)
  The camera’s small footprint allows for easy integration into confined spaces, lightweight rigs, or mobile test setups. It’s designed to minimize the complexity of support structures without sacrificing performance.

  
  


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  Up to 128 GB RAM
  Large internal memory enables longer recording times and the ability to capture extended high-speed events without data loss, crucial for experiments with unpredictable timing.

  
  


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  Programmable I/O for Flexible Synchronization
  Easily integrates into test environments with customizable I/O settings for triggering, syncing with DAQ systems, and capturing sensor data. All external signals can be stored as metadata within Cine files for post-processing and analysis.

  
  


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  Standalone Operation Capabilities
  Equipped with on-camera controls, CFexpress card support, and video outputs for fully untethered workflows. Ideal for mobile testing environments or setups where direct computer connection is impractical.

  
  


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  Optimized for Scientific Imaging Techniques
  Excellent for use with Digital Image Correlation (DIC), Time-resolved Particle Image Velocimetry (PIV), and Schlieren imaging. The KT1240’s combination of resolution, sensitivity, and workflow flexibility makes it a reliable tool for researchers and engineers alike.