DRB series Damping Vibration Isolation Optical Table

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Specifications

Table Material: Stainless Steel
Hole Pattern: M6 holes separated by 25mm
Table Length: 600 mm
Table Width: 600 mm
Table Thickness: 50 mm
Flatness: +/- 0.005 mm/mm^2
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Features


  • Resonant Frequency Range: Exceptionally low, between 7 to 20Hz, to minimize vibrations.

  • Surface Flatness: Maintained at 0.1mm over a 600mm×600mm area, ensuring high precision for sensitive applications.

  • Working Surface Material: Composed of 4-6mm thick SUS430 (1Cr17) stainless steel, known for its corrosion resistance and durability.

  • Bottom Skin Construction: Made from 4-6mm thick carbon steel, providing robust support and stability.

  • Variable Thickness Options: Available in 50mm, 100mm, 150mm, and 200mm thicknesses to accommodate different load requirements.

  • Adjustable Height: Total height (including table top and supports) is 800mm with an adjustable range of -10mm to +15mm for versatile use.

  • Mounting Hole Grid: Features a 25mm×25mm grid for flexible mounting options.

  • Mounting Hole Borders: Designed with a 37.5mm border around the table for additional mounting flexibility.

  • Mounting Holes: Equipped with M6 holes, standard for compatibility with a wide range of accessories.

  • Weight Capacity: Varied depending on thickness, ensuring the table can support significant loads without compromising performance.

Applications


  • Precision Instrumentation: Ideal for laboratories and research facilities where high-precision instruments require a stable platform free from vibrations.

  • Microscopy: Essential in microscopy work, including electron and optical microscopy, where even minor vibrations can disrupt the imaging process.

  • Optical Experiments: Used in optical experiments and setups that demand a vibration-free environment for accurate results.

  • Laser Systems: Provides a stable foundation for laser systems used in cutting, engraving, and medical procedures, where precision is paramount.

  • Semiconductor Manufacturing: Utilized in the fabrication and assembly of semiconductors where stability and precision significantly impact product quality.

  • Material Science Research: Supports sensitive measurements and experiments in material science, including nano-scale and quantum research.

  • Aerospace Engineering: Used in the design and testing of aerospace components where precision assembly and vibration isolation are critical.

  • Acoustics Research: Provides an isolated platform for acoustic research and testing, where external vibrations could interfere with sound measurements.

  • Biomedical Research: Essential for biomedical research and development, especially in areas like cell manipulation and microfluidics.

  • Precision Engineering: Supports precision engineering tasks, including the assembly and testing of mechanical and electronic components where stability is crucial.