ZDT-Pseries Tuned Damped Upgradable Optical Table with Pneumatic Isolation

Specifications

Table Material: Custom
Hole Pattern: M6 holes separated by 25mm
Table Length: 900 mm
Table Width: 600 mm
Table Thickness: 6 mm
Flatness: +/- 0.05 mm/mm^2
Model: LSSP-X-13VZ-01
Platform Size: 34x34mm
Travel Range: 13mm
Accuracy: 0.005mm
Sensitivity: 0.002mm
Driving Mode: Micrometer Screw
Load Capacity: 2kg
Driving Position: Center
Net Weight: 0.07kg
Model: LSSP-X-13VZ-02
Platform Size: 40x40mm
Travel Range: 13mm
Accuracy: 0.005mm
Sensitivity: 0.002mm
Driving Mode: Micrometer Screw
Load Capacity: 3kg
Driving Position: Center
Net Weight: 0.12kg
Model: LSSP-X-13VZ-03
Platform Size: 60x60mm
Travel Range: 13mm
Accuracy: 0.005mm
Sensitivity: 0.002mm
Driving Mode: Micrometer Screw
Load Capacity: 3kg
Driving Position: Center
Net Weight: 0.17kg
Model: LSSP-X-13VC-01
Platform Size: 34x34mm
Travel Range: 13mm
Accuracy: 0.005mm
Sensitivity: 0.002mm
Driving Mode: Micrometer Screw
Load Capacity: 2kg
Driving Position: Side
Net Weight: 0.07kg
Model: LSSP-X-13VC-02
Platform Size: 40x40mm
Travel Range: 13mm
Accuracy: 0.005mm
Sensitivity: 0.002mm
Driving Mode: Micrometer Screw
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Features


  • Place of Origin: Jiangxi, China

  • Warranty: 1 year

  • Customized Support: OEM

  • Brand Name: Customizable

  • Model Number: ZDT-P

  • Inherent Frequency: 1.0-2.0Hz, vertically; 1.0-2.0Hz, horizontal

  • Vibration Isolation Structure: Ultra thin air spring

  • Leveling Type: Automatic

  • Total Table Height: 800mm

  • Working Air Pressure: 0.2-0.4MPa

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

  • Re-leveling Accuracy: ±0.1mm

  • Table Top Flatness: ≤0.05mm/m²

  • Surfaced Roughness: ≤0.8μm, matt surface finish

  • Isolator Height Adjustment Range: ±10mm

Applications


  • Laser and Optics Experiments: Provides a stable, vibration-free platform for high-precision laser alignment and optical experiments.

  • Microscopy: Ensures a flat and stable surface for various types of microscopy, including electron and fluorescence microscopy.

  • Interferometry: Ideal for interferometric measurements, where minute vibrations can affect the accuracy of the results.

  • Spectroscopy: Supports sensitive spectroscopic equipment, ensuring accurate data collection without interference from external vibrations.

  • Optical Metrology: Suitable for high-precision measurements and calibration of optical components.

  • Photonics Research: Provides a reliable foundation for experiments and developments in photonics, including fiber optics and lightwave technologies.

  • Quantum Mechanics Experiments: Ensures the stability required for delicate quantum experiments that are sensitive to environmental disturbances.

  • Precision Engineering: Useful in precision engineering tasks that require a highly stable and flat working surface.

  • Educational Laboratories: Beneficial for universities and research institutions for conducting advanced optical and physics experiments.

  • Industrial Quality Control: Supports high-precision inspection and quality control processes in the manufacturing of optical and photonic components.