MOT-Y Series Coupled Optical table

Specifications

Height Of Vibration Isolation System: 800 mm
Vertical Movement Range: 10 mm
Precision Of Automatic Level Control: <= +/-0.1mm mm
Vertical Resonant Frequency: 1 Hz
Horizontal Resonant Frequency: 1 Hz
Air Supply Pressure : 0.2 Bar
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Features


  • Inherent Frequency:1.0-2.0Hz, vertically; 1.0-1.5Hz, horizontall

  • Vibration Isolation Structure:Air springs & pendulum rod

  • Leveling Type:Automatic

  • Vibration Damping Type:Porous quasi-laminar flow damping element with diffuse

  • Total Table Height:800mm

  • Working Air Pressure :0.2-0.4MPa

  • Compressed Air Source:Silent compressor (noise level) <50dB

  • Vibration Isolating Efficiency:8692%@5Hz, 9095%@10Hz, vertically 8494%@5Hz, 9298%@10Hz, horizontally

  • Re-leveling Accuracy:±0.1mm

  • Table Top Flatness:≤0.05mm/m²

  • Surfaced Roughness:≤0.8μm, matt surface finis

  • Isolator Height Adjustment Range:±10mm

  • Mounting Holes:M6 tapped holes on 25mm grid. Hole to edge 12.5mm or 37.5mm

  • Top Skin:5mm

  • Bottom Skin:4mm

  • Material:Stainless Steel

Applications

1. Laboratory and Research:



  • High-precision measurements and experiments.

  • Microscopy (optical, electron, and atomic force).

  • Spectroscopy and interferometry setups.\


 


2. Industrial and Manufacturing:



  • Calibration and testing of sensitive equipment.

  • Precision machining and laser cutting processes.

  • Semiconductor manufacturing and inspection.


 


3. Medical and Biomedical Fields:



  • Operating sensitive diagnostic tools (e.g., MRI, CT, or scanning equipment).

  • Handling delicate biological or chemical analysis procedures.


 


4. Academic and Educational Institutions:



  • Training labs for advanced physical, chemical, or material sciences.

  • Demonstration of vibration-sensitive phenomena.


 


5. Optics and Photonics:



  • Alignment and testing of optical components.

  • Laser-based experiments or fabrication systems.


 


6. Electronics and Microelectronics:



  • Assembly and testing of microchips and electronic components.

  • Noise-sensitive device calibration.


 


7. Environmental and Earth Sciences:



  • Seismology and geophysical instrument calibration.

  • Noise isolation in field laboratories for environmental research.