ZPT-Z heavy-duty vibration isolation optical platform Features: 1. The product of the heavy-duty vibration isolation optical platform foundation developed according to the user's requirements for large load capacity, which maintains the advantages of the original air-floating vibration isolation optical platform and has the ability to resist system interference under heavy load. 2. The vibration isolation platform is heavier in weight, which can effectively reduce the center of gravity and has high stability. 3. Pneumatic components are imported from Germany imported FESTO products, standard imported oil-free compressors. 4. It is suitable for environments with high vibration isolation requirements, large platform working surface and high load requirements; such as spectrum experiment, laser scanning, microscope, medical biology, etc. Technical Parameters: Flatness: < 0.05mm/m2 Surface roughness: <0.8μm Natural frequency: 1.0Hz ~ 1.5Hz Damping efficiency: when x direction <5Hz: 86%~92% y direction <5Hz: 84%~90% When the x direction is <10 Hz: 90% to 96% When the y direction is <10 Hz: 88% to 93% Amplitude: < 1.0μm Repeat positioning accuracy: ±0.05mm Working pressure: 0.35-0.6Mpa Accept customers' custom specifications for any production
Features: 1. The product of the heavy-duty vibration isolation optical platform foundation developed according to the user's requirements for large load capacity, which maintains the advantages of the original air-floating vibration isolation optical platform and has the ability to resist system interference under heavy load. 2. The vibration isolation platform is heavier in weight, which can effectively reduce the center of gravity and has high stability. 3. Pneumatic components are imported from Germany imported FESTO products, standard imported oil-free compressors. 4. It is suitable for environments with high vibration isolation requirements, large platform working surface and high load requirements; such as spectrum experiment, laser scanning, microscope, medical biology, etc.
