OPTOMECHANICS & POSITIONING

*Lightweight aluminum base *High quality stainless steel *Surface flatness comparable to conventional breadboard *Thickness: 12 mm *Mounting Holes: M6, 25 mm grid pattern *Surface: Ferromagnetic Stainless Steel *Design: Steel sheet material bolted on solid aluminum

Kinetic Systems 1201 02 11 active vibration isolation table

These tables provide active vibration isolation performance (sub 1 Hz) by removing disruptive vibration noise from their measurements. The TS Series is also designed to prioritize the user experience through unique innovative features: automatic leveling, LCD display, and more.

The AVI Series is a modular, low profile, active vibration isolation platform achieving sub-hertz vibration isolation performance across all six degrees of freedom. The seamless installation process and lack of persistent maintenance of the AVI Series allows users to save money on installation costs while also saving time to focus on their research rather than their vibration isolation platform.

This vibration isolation table is designed to isolate sensitive equipment from vibrations caused by foot traffic, HVAC systems, nearby operating machinery, etc. It consists of a steel tabletop supported by pneumatic isolators, which are easily inflated using an air-pump or other automatic air source.

These vibration isolators are an economical solution for applications requiring consistent vibration isolation performance over a broad frequency range. The MD Series consists of a highly compressed composite material encased in damped aluminum, offering significant vibration isolation performance at an affordable price.

Optical tables and isolation systems offer excellent performance and rigidity thanks to an all-steel construction and high core density and small honeycomb cell area. Several levels or damping performance and a multitude of configuration options for a variety of use cases are available. Individual tables can even be mechanically coupled in order to create complex rigid table shapes without loss of damping performance.