GZT-009006 series Rigid Optical Vibration Isolation Test Table

• Ultra-Thin Air Spring Isolation: Equipped with an innovative ultra-thin air spring structure, the table ensures effective vibration isolation, making it suitable for even the most sensitive optical and laboratory setups.


• Porous Quasi-Laminar Flow Damping: The table features a porous quasi-laminar flow damping element, which diffuses vibration energy for superior damping performance and ensures minimal interference during critical operations.


• Manual Leveling Adjustment: The table allows for precise manual leveling with an accuracy of ±0.1mm, ensuring that your equipment remains perfectly balanced, even during long experimental runs.


• Silent Compressor: Operating with a silent compressor that generates less than 50dB of noise, the table ensures a quiet working environment, reducing distractions during experiments.


• Customizable Design: With OEM support and a customizable brand name, this optical table can be tailored to meet your specific branding and functional requirements.

The GZT-009006 Series Optical Table is designed for a variety of high-precision applications that require stable, vibration-free environments. Its advanced isolation and damping technologies make it ideal for the following fields:

• Optical Experiments:
  Perfect for laser alignment, interferometry, spectroscopy, and other experiments that require a stable surface for precise optical instrumentation. The ultra-thin air spring vibration isolation ensures minimal disruption to sensitive measurements.


• Microscopy and Imaging:
  Widely used in electron microscopy, confocal microscopy, and other high-resolution imaging techniques. The table’s high flatness (≤0.05mm/m²) and low surface roughness (≤0.8μm) ensure that imaging systems remain stable, enhancing image quality and reducing drift.


• Photonics and Fiber Optics:
  Suitable for photonics research, fiber optic experiments, and waveguide testing. The table's advanced damping system minimizes environmental vibrations, which is crucial for experiments involving delicate optical components or fine alignment.


• Precision Metrology:
  Ideal for precise measurement instruments, such as coordinate measuring machines (CMMs) and profilometers. The high accuracy of leveling (±0.1mm) and manual adjustment capabilities help maintain the integrity of fine measurements.


• Quantum Research:
  Quantum optics and quantum computing setups benefit from the table's ultra-stable environment. The table’s silent compressor and low-noise operation (<50dB) help minimize external interference, crucial for delicate quantum systems.
  Semiconductor Testing and Manufacturing:
  Useful in semiconductor wafer testing, lithography, and other precision manufacturing processes where vibration isolation is necessary to maintain process quality and accuracy.


• Medical and Biological Research:
  Used in laboratories conducting biological research, such as live-cell imaging, neuroscience, or drug testing, where eliminating vibrations can reduce measurement errors and improve data reliability.


• High-Sensitivity Instrumentation:
  Any application that uses atomic force microscopes (AFMs), scanning tunneling microscopes (STMs), or other high-sensitivity equipment benefits from the table’s precision surface and vibration isolation capabilities.