1. Best-In-Class Affordability

• Competitive Laser Vibrometer Price
  Traditional LDVs often exceed $20,000-70,000; OmniSensing delivers comparable sensitivity and dynamic range at up to 50% lower cost or more.

• Reduced Operating Costs

  • Solid-state photon-chip components minimize drift and maintenance.

  • Low power draw keeps energy bills down.

  • Minimal recalibration required, saving time and service fees.

2. Ultra-Compact, Plug-and-Play Integration

• Palm-Sized Footprint
  Weighing under 86 g and measuring just 58 × 34 × 22 mm, OmniSensing fits on optical tables, robotic arms, or even UAVs.

• Standardized Connectivity
  USB-C, Ethernet, and a RESTful API enable plug-and-play setup—ideal for automated quality-control and Industry 4.0 systems.

• Portable & Robust
  IP64-rated enclosure withstands harsh environments, making field deployment and mobile diagnostics effortless.

3. Photon-Chip Technology: Small Device, Big Impact

At the heart of every OmniSensing LDV lies an integrated photon chip, which:

1. Boosts Signal-to-Noise Ratio (SNR) for clean data on matte or moving surfaces

2. Extends Bandwidth up to 5 MHz for high-frequency modal analysis

3. Eliminates Bulk Optics, reducing size and alignment complexity

4. Enhances Stability, delivering repeatable results over long test runs

By leveraging wafer-scale photonics, OmniSensing packs the precision of traditional systems into a fraction of the size—and at a fraction of the cost.

4. Online monitoring and secondary development

• Machine-Learning-Friendly Formats
  Export vibration datasets in CSV, Mat, or Txt—seamlessly integrate with Python, MATLAB, or TensorFlow workflows.

• Supports real-time online monitoring function, which can display the time-domain charts and linear spectrum diagrams of displacement, velocity and acceleration in real time.

5. Versatile Applications Across Industries