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Precision Optical Measurement Systems & High-Speed Imaging

Advanced high-speed cameras, sCMOS sensors, DIC, and PIV systems for research, engineering, and industrial innovation.

Why Choose Revealer?

Revealer delivers high-precision optical measurement technologies trusted by researchers and engineers worldwide. Our systems are lab-validated, user-proven, and engineered for real-world performance.

Lab-Validated Accuracy

All systems undergo rigorous testing and validation in real laboratory environments to ensure data integrity and measurement precision.

Ultra-High Speed Imaging

Capture transient phenomena with frame rates up to 25,000 fps and resolutions up to 21 megapixels for detailed motion analysis.

Trusted by Industry Leaders

Used in aerospace, automotive, energy, and biomedical research for critical high-speed data acquisition and analysis.

Our Product Range

Cutting-edge imaging and measurement systems for scientific and industrial applications.

High-Speed Camera

25,000fps High-Sensitivity Ultra High Speed Camera

Ultra-fast imaging for capturing rapid transient events with exceptional sensitivity and clarity.

sCMOS Camera

sCMOS Camera Gloria 6504

High-resolution sCMOS sensor with low noise and high dynamic range for scientific imaging.

DIC System

DIC High-Speed Strain Measurement System

Non-contact strain and deformation analysis for dynamic mechanical testing.

PIV System

2D2C PIV Measurement System

Two-dimensional, two-component flow velocity measurement using advanced PIV techniques.

Micro PIV

Micro PIV System

High-resolution particle image velocimetry for microfluidic and lab-on-a-chip applications.

Tomographic PIV

Tomographic PIV System

3D volumetric flow field reconstruction using multi-camera tomographic imaging.

Educational DIC

Educational DIC System

Designed for academic use, enabling students to learn digital image correlation techniques.

Stereo PIV

Stereo PIV System

Dual-camera setup for accurate 3D velocity vector field measurements in fluid dynamics.

High-Resolution G-Pro Series

High Resolution G-Pro Series

Ultra-high-resolution imaging with large sensor formats for detailed macro and micro analysis.

NEO Series

High-Sensitivity Ultra-High-Speed Camera NEO Series

Optimized for low-light conditions with ultra-high sensitivity and fast frame rates.

S Series

High-Speed Camera Large Memory S Series

Extended recording times with large onboard memory for long-duration high-speed capture.

GR Series

sCMOS Cameras Real-time Transmission GR Series

Real-time data streaming with high bandwidth for immediate analysis and feedback.

Applications Across Industries

From aerospace to biomedical engineering, our systems enable breakthrough research and innovation.

Aerospace

  • • Rocket interstage separation tests
  • • Aerodynamic flow analysis
  • • Combustion simulation with Schlieren imaging

Fluid Mechanics

  • • PIV-based velocity field measurement
  • • Vortex-induced vibration studies
  • • Droplet self-assembly behavior

Mechanics of Materials

  • • High-temperature tensile testing
  • • Fracture mechanics of concrete
  • • Impact and deformation analysis

Automotive

  • • Crash testing and impact analysis
  • • Engine combustion monitoring
  • • NVH (Noise, Vibration, Harshness)

Biomedical

  • • Single-cell separation technology
  • • Tissue mechanics and strain mapping
  • • Microfluidic flow analysis

Energy & Power

  • • Propellant ignition research
  • • Insulating oil discharge studies
  • • Laser welding and cladding analysis

Engineered for Performance

  • Frame rates up to 25,000 fps with high quantum efficiency sensors
  • 21-megapixel resolution for ultra-detailed imaging
  • Real-time data transmission and GPU-accelerated DIC processing
  • Modular systems for educational, research, and industrial use
25,000
Frames Per Second
21 MP
Max Resolution
10GB
Onboard Memory
100+
Global Clients

Frequently Asked Questions

What is the difference between PIV and DIC systems?

PIV (Particle Image Velocimetry) measures fluid flow velocity fields by tracking seeded particles, while DIC (Digital Image Correlation) analyzes surface deformation and strain in solid materials by tracking surface patterns.

Can I use Revealer cameras for real-time analysis?

Yes, our GR Series sCMOS cameras support real-time transmission, and GPU-accelerated software enables near real-time DIC calculations for dynamic monitoring.

Are educational versions available?

Yes, we offer Educational DIC and PIV systems designed for university labs and student training with simplified workflows and comprehensive documentation.

Do you provide software and SDKs?

Yes, all systems come with dedicated analysis software, and SDKs are available for custom integration and automation.

Get in Touch

For product inquiries, technical support, or custom solutions, visit our official website to contact the Revealer team.

Visit Official Website

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