The BK-AT Desktop vibration isolation platform is a lightweight, high-performance vibration isolation device engineered specifically for desktop platforms and compact working surfaces. Designed to suppress disruptive environmental dynamics, it provides an ultra-stable foundation to guarantee the operational accuracy and measuring reliability of sophisticated analytical instruments.
Utilizes precision-controlled air springs achieving a natural frequency as low as 2.5Hz to actively eliminate ambient industrial vibrations.
Fully calibrated and debugged according to specific client equipment parameters prior to delivery. Immediate deployment upon air supply connection.
Lightweight and compact form factor supporting convenient manual or automatic leveling options on desktop surfaces.
Specifically developed to effectively block harmful environmental disturbances for optical microscopes, laser equipment, and precision metrology apparatus, ensuring repeatable measurements and stable performance in laboratories and industrial inspection facilities.
The BK-AT is engineered to significantly eliminate harmful environmental vibrations from surroundings, protecting high-precision metrology instruments and stabilizing critical operating environments.
The platform features advanced precision air-spring technology that delivers an exceptionally low natural frequency down to 2.5Hz, isolating sensitive equipment from low- and high-frequency disturbances.
It is ideally suited for optical microscopes, laser measurement tools, industrial inspection setups, and precision measuring devices requiring a quiet mechanical baseline.
No extensive on-site adjustment is needed. Each platform is pre-debugged according to the customer's equipment specifications prior to dispatch and operates immediately after connecting to an air source.
Yes, its compact and lightweight structural design allows versatile integration on various worktops, supporting both manual and automatic leveling procedures.
Isolation is achieved through an integrated set of precision-controlled air springs that buffer and dampen incoming mechanical vibrations from the ground and building structures.