Ultrafast Laser Amplifier

Vibration Isolation Systems

Active Vibration Isolation system

From tabletop to heavy-duty equipment such as electron microscopes, Daeil Systems offers active vibration isolation systems in forms of optical table, base platform and tabletop vibration isolation system.

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The DVIA-T is the most advanced tabletop active vibration isolation platform in the world, designed to isolate nanoscale imaging instruments from low-frequency vibrations and deliver 40 - 80% vibration isolation at 1 Hz

The DVIA-UD series is an ergonomic desk active vibration isolation platform, enabling users to sit and perform the most demanding vibration-sensitive experiments. It can be custom designed to fit specific purpose and requirements. In addition, casters and levelling feet are attached on the bottom of the support frame.

The DVIA-P series is the advanced active pneumatic vibration isolation systems, employing pneumatic servo valve actuators to control low-frequency vibrations and stabilize semiconductor metrology equipment with ultra-precision motorized linear stages. The DVIA-P series incorporate extremely sensitive sensors and powerful pneumatic servo actuators, generating enormous force to counteract incoming vibrations from building floors and deliver the ultra-fast settling time for nano-resolution imaging without any disturbances.

The DVIA-MO series is a combination of the DVIA-M active vibration isolation system with high-performance optical table tops, which provides an absolute vibration controlled environment for photonics, laser and spectroscopy requiring the low-frequency vibration isolation below 5 Hz.

The scientific grade optical table top is based on the broadband standard damping which minimizes relative displacement in a wide frequency, offering a promised performance and quality for extensive applications. The scientific grade optical table provides the same features as the research grade optical table top but with reduced the structural damping level.

Non-magnetic stainless steel optical top is made of 304 series non-magnetic stainless steel for clean rooms and non-magnetic applications. The non-magnetic stainless steel optical top provide same features and benefits that are present on the research grade optical tops. The stainless steel optical top features the finest performance level of broadband damping that effectively minimizes relative displacement in a wide frequency, superior structural damping level and ultimate rigidity.

The primary goal of designing vibration isolators is to lower the natural frequency of isolators as low as possible, in order to filter ambient vibrations in buildings, before the vibrations can reach and disturb the optical tops. Our integrated pneumatic supports achieve in isolating the low frequency vibrations through the dual-chamber pneumatic isolators and outstanding damping technology.

The primary goal of designing vibration isolators is to lower the natural frequency of isolators as low as possible, in order to filter ambient vibrations in buildings, before the vibrations can reach and disturb the optical tops. Our integrated pneumatic supports achieve in isolating the low frequency vibrations through the dual-chamber pneumatic isolators and outstanding damping technology.