Product Description
• The internal structure of the vibration isolation table adopts a three-layer honeycomb sandwich design, which effectively reduces vibrations.
• The top surface panel is 6mm thick and made of 430 high magnetic conductivity nickel-alloy stainless steel, with a sandblasted finish.
• The base plate is 5mm thick and treated with an oxidation process on carbon steel.
• The sidewalls are made of 2mm thick carbon steel and wrapped with decorative polyethylene synthetic leather.
• Flatness tolerance: within each 60mm × 60mm area, the tolerance is 0.05mm.
• The panel is equipped with metric M6 threaded holes, each with a depth of 15mm.
• Grid spacing is 25mm × 25mm, with a margin of 37.5mm from the edge.
The internal structure of the vibration isolation table features a three-layer honeycomb sandwich design, which effectively reduces vibrations. The top panel is 6mm thick and made from 430 high magnetic conductivity nickel-alloy stainless steel. It is precisely machined using a large surface grinder, achieving a flatness of 0.11000mm.
Optical tables are widely used in fields such as optics, electronics, precision machinery manufacturing, aerospace, fine chemical engineering, non-destructive testing, and biochemical research. Their dynamic mechanical performance directly affects the accuracy and reliability of experimental results.
The primary purpose of an optical table is to eliminate vibrations from the ground that interfere with operations on the working surface. This is achieved by providing elastic support to ensure the stability of the work environment.
