High accuracy optics granite table with vibration insulated（metal）:Adjustable feet.。Torsion proofed, welded steel frame.
Membrane air-spring insulators BiAir between frame and plate. Other insulator on demand.Mechanical-pneumatic positioner/controller（level accuracy of plus/minus 1/100 mm or plus/minus 1/10 mm）. Range of application ,Set-up of optical laser systems-interferometer. Special microscopy. Optical table top   HD steel honeycomb core with high natural damping, cover plate without thread insert. HDT steel honeycomb core with high natural damping, cover plate with thread insert.
Description of construction  Cover plate ：Stainless steel 3mm/magnetic or magnetic/bloomed;Base plate ：Steel plate 3mm;Thread insert ：M6(HDT)
Core：(HDT) steel honeycomb core with a 0.5mm galvanized steel plate, precision formed/bonded with special resin.
High accuracy optics granite table with vibration insulated(Granite)：Vertical natrual frequency：approx.2.5HZ；Horizontal natural frequency ：approx.2.5HZ；Adjustable feet, rollable；Rigid,welded steel frame with BiAir pneumatic springs integrated in the table-leg ；Mechanical-pneumatic controller (lever accuracy ±0.1mm and pneumatic service unit)； Plate：Granite；Special dimensions ：When desired it is possible to supply special dimensions and lower natural frequency （vertical direction 1.5HZ，0.8HZ；Application of active vibration insulated system AIS ：Optimal vibration isolation performance for machines with high dynamic forces that are performing sensitive measurements and inspections, lithography equipment,laser machines, high resolution electron microscopes and machinery for the semiconductor industry. AIS has two primary functions; One function is to protect the precision machines from floor vibration. The other primary function is to improve the performance of the machines by minimizing structure borne vibration created by the high dynamic forces produced during an acceleration of deceleration of a moving mass within the machine. In addition, settling time is reduced which minimiaes the delay time before the machine can start performing its sensitive operation.