PIEZO Actuator Control
Integrated piezoelectric actuators drive the active damping matrix that suppresses micro-vibration.
Built for metrology centers and precision R&D laboratories, the TA600 is a compact active vibration isolation table that holds six degrees of freedom steady from 1 Hz to 200 Hz, pairing active vibration isolation with a passive damping layer to stabilize optical measurement, quantum research, and semiconductor inspection payloads.
The TA600 is a tabletop active vibration isolation platform built for metrology centers and precision R&D laboratories. It combines an active damping matrix with a passive isolation layer to control micro-vibration across six degrees of freedom, so optical measurement, quantum research and semiconductor inspection payloads are not disturbed by the floor they stand on.
Control comes from integrated piezoelectric actuators and displacement sensors working with a closed-loop motor and mechanics assembly. Automatic height compensation runs continuously, which also means the platform can be levelled dynamically inside a laboratory where space is limited.
The body is compact aviation aluminum with a stated thickness of 100-115mm, so the platform fits confined workspaces while remaining rated for continuous industrial operation, seven days a week. RS232 remote communication is provided for control and diagnostics.
How this part is built and what each detail changes for the buyer.
Integrated piezoelectric actuators drive the active damping matrix that suppresses micro-vibration.
A closed-loop motor and mechanics assembly keeps the platform responding to measured displacement.
Feed-forward correction is adjusted automatically so the platform holds its position as the payload changes.
Vibration is controlled across six degrees of freedom rather than in one axis only.
Displacement sensors and air-bearing actuators level the platform dynamically, which supports installation in space-limited labs.
Designed for continuous operation 7 days a week, 24 hours a day, with minimal maintenance requirements.
The published figures for this product, as stated on the supplier's product page.
| Item | Detail |
|---|---|
| Product | TA600 Tabletop Active Vibration Isolation Platform |
| Vibration control | 6 DOF micro vibration control |
| Isolation performance | Above 90% in the band above 5 Hz; above 95% in the band above 10 Hz |
| Body thickness | 100-115mm as stated on the product page |
| Body material | Aviation-grade aluminum |
| Leveling | Automatic height adjustment using displacement sensors and air-bearing actuators |
| Control interface | RS232 remote communication for control and diagnostics |
| Duty | Continuous operation 7 days per week, 24 hours per day |
| Maintenance | Minimal maintenance requirements |
The product page states the isolation figures in two forms and also gives the body thickness as both 100-115mm and 100mm. Both values are shown as published; confirm the final figure with the supplier for your configuration.
The applications and buyer situations this product is supplied for.
These are the applications named on the product page for the TA600 platform.
Send the payload weight, the instruments involved and the vibration band you need to control, and the supplier will confirm the configuration and the published isolation figures.
Keep adjacent product options together for a faster catalog comparison.
Our motorized linear translation stages adopt premium ball screw and linear guide, delivering excellent positioning accuracy and stable motion. Equipped with stepper/servo motor and limit switches…
View product
High‑precision optical frames for fixing lenses, prisms and optical parts, stable and durable for laboratory and laser applications.
View product
This high-precision optical frame adopts high-strength aluminum alloy, featuring stable structure, fine adjustment and strong compatibility. Widely used in laboratory optics experiments, laser…
View productIt controls micro vibration across six degrees of freedom, using an active damping matrix combined with a passive isolation layer.
The product page states above 90% in the band above 5 Hz and above 95% in the band above 10 Hz, and also gives the same figures as an attenuation rate. Confirm the final figure for your configuration.
Automatic height adjustment runs continuously using displacement sensors and air-bearing actuators, which is what allows the platform to be installed in a space-limited laboratory.
The body is aviation-grade aluminum with a stated thickness of 100-115mm on the product page, which also quotes 100mm elsewhere.
It is designed for continuous operation 7 days a week, 24 hours a day, with minimal maintenance requirements.
RS232 remote communication is provided for control and diagnostics.
