Product features:

Customize T-type, L-type, Z-type, U-type splicing vibration isolation optical platform according to user's requirements

Splicing platform generally adopts bolt splicing, bolt fixing splicing and other methods

The mesa adopts steel core splint structure, which has the advantages of light weight, high stiffness and high damping

Polymer composite rubber pad provides vibration isolation ability for high frequency vibration

According to the experimental requirements, the splicing platforms with different complex shapes can be provided, and concave-convex blocks can be used for positioning. The way of bolting. Micro-nano Optics has a strong optical platform splicing technology, and a group of professional technicians provide you with the best platform splicing scheme.

In the platform splicing technology, on the one hand, a strengthening keel is arranged in the platform along the stress direction, and the high-strength bolts are directly stressed on the strengthening keel plate, and the excellent tensile strength of the keel is used to provide a tension far greater than the deformation force of the platform to ensure that the platform splicing does not deform; On the other hand, the cross-sections of platform panel and bottom plate are used as the base plane of splicing, and the super tensile stress of high-strength bolts is used to push the two cross-sections tightly to death. Because the tensile stress provided by bolts is far greater than the force produced by platform deformation, and when two ultra-short spliced cross sections face each other under the strong tensile force of bolts, it is difficult to produce deformation because of their actual stress length is very small. Another

In addition, bolts act on the side wall panels of the two platforms, and the tensile wall panels have been thickened to δ 16-20mm in design. In addition, the stiffness of the platform splicing is very good, and the overall performance of the platform splicing is better, which also meets the requirement that the overall flatness of the platform is better than 0.10 mm/m2.