POT-G Series Active Vibration Isolation Optical Workbench Station With Hollow Cone Structure

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Specifications

Isolation (dynamic): 2 – 8 Hz
Max Load: 700 kg
Transmissibility Above 10Hz: 0.5 dB
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Features


  • Hollow Cone Vibration Isolation: Designed with a hollow cone structure for superior vibration isolation, the table effectively dampens both vertical and horizontal vibrations, ensuring stable support for sensitive instrumentation.

  • Automatic Leveling: The table features an automatic leveling system for fast and accurate surface alignment, reducing setup time and maintaining precision even in dynamic environments.

  • Wide Load Capacity: With a load capacity ranging from 50 to 700kg, this optical table is versatile enough to support a wide range of heavy equipment and delicate apparatus alike.

  • Inherent Frequency Range: The table isolates vibrations across a broad frequency range, with 4-8Hz vertically and 2-4Hz horizontally, making it suitable for a variety of high-precision applications.

  • Fast Reset Time: The resetting time of less than 5 seconds ensures quick stabilization after any adjustments or movements, allowing for efficient workflow and minimal downtime.

  • Customizable Design: With OEM support, users can customize the table's branding to meet specific requirements, making it adaptable to various laboratory or industrial environments.

Applications


  • Optical Experiments: Excellent for optical alignment, laser setups, and interferometry where precision and stability are critical.

  • Metrology: Supports precise measurement instruments, benefiting from automatic leveling and broad load capacity.

  • Microscopy: Ideal for electron and confocal microscopy, providing stable support to ensure high-resolution imaging.

  • Photonics and Fiber Optics: Suitable for delicate fiber optic and photonics research, minimizing disturbances from environmental vibrations.

  • Semiconductor Manufacturing: Provides the stable, low-vibration platform needed for semiconductor testing and manufacturing processes.

  • Medical and Biological Research: Used in sensitive medical research environments for live-cell imaging, neurobiology, and drug testing, where vibration isolation is crucial for accurate data collection.