Blog
Lighting and Optic Options for Microscopic Ultra High Speed Imaging
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Finding the proper camera settings and accessories for macro videography is much more a process of trial and error, but there are some factors to consider. Macro lenses and microscope optics will have very shallow depth of field and possibly required powerful illumination for ultra-high speed events such as shockwaves, crack propagation, cavitation in bubbles, and explosions.
AOS Promon Scope G4 Capabilities and Features
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Capturing high-speed events requires more than just a high-frame-rate camera—it demands reliability, continuous recording capabilities, and exceptional image clarity. Whether evaluating machine performance, testing product durability, or analyzing rapid physical processes, the right high-speed imaging camera ensures no detail is missed.
Benefits of the Cavitar C400 Welding Camera
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Achieving precision and consistency in welding requires tools capable of handling the complexities and challenges of the process, including the intense light emitted, which often obscures standard camera systems. The Cavitar C400 Welding Camera is a compact, ready-to-use solution featuring an integrated camera, laser illumination, and adjustable optics, providing clear visualization and control during welding processes. Its robust design and innovative technology make it a reliable choice for demanding environments.
How GSVitec LED Lights Improve High-Speed Imaging
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Every setup component is crucial in high-speed imaging, especially lighting. Even the most advanced cameras can fail to capture clear, detailed images of rapidly moving objects without illumination. This is where GSVitec LED lighting, including the MultiLED LX, MX, and QX light lamps, comes into play. Combined with the GX8 controller, these lights are optimized to enhance high-speed imaging by delivering powerful, synchronized, and application-specific illumination.