Vibration Isolation

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MOT-Y Series Coupled Optical table

MOT-Y Series Coupled Optical table

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Sold by: Nanchang Leadtop Technology Co.,Ltd Ships from: China
Specifications
Height Of Vibration Isolation System: 800 mm
Vertical Movement Range: 10 mm
Precision Of Automatic Level Control: <= +/-0.1mm mm
Vertical Resonant Frequency: 1 Hz
Horizontal Resonant Frequency: 1 Hz

Did You Know?

Vibration isolation systems are built to suppress the propagation of mechanical waves among different parts of equipment. Two approaches are developed to achieve this goal. The first one is passive isolation. It makes use of materials and structures that absorb mechanical waves, and some commonly seen passive isolation components are pneumatic isolators, springs, and pads/sheets made of flexible materials such as elastomers, rubber, cork, dense foam and laminate materials. The second method is active isolation. It embeds the mechanical system with a feedback circuit, which can sense the vibration signals and generate stronger counteracting forces. Active isolation systems are able to monitor vibrations with much higher precision, and today they are utilized where structures smaller than a micrometer have to be produced or measured.

Vibration Isolation for Optical Tables — Reduce Disturbances and Improve Experimental Accuracy

Vibration isolation is a crucial consideration when setting up optical tables and benches for high-precision experiments. Unwanted vibrations can compromise the stability of your optical components, causing disrupted signals, reduced resolution, or inaccuracies in your data. At FindLight, we specialize in providing a range of vibration isolation solutions designed to keep your optical setups steady, reliable, and free from interference.

What Is Vibration Isolation?

Vibration isolation involves minimizing or eliminating vibrations that can affect your optical equipment. These vibrations typically come from external sources — nearby machinery, heavy footfall, or even structural vibrations within a building. Without proper isolation, these vibrations can manifest as micro-movements, blurring your imaging signals or causing slight misalignments in your optical path.

Vibration isolation platforms and supports absorb or dampen these vibrations before they reach your optical table, creating a stable environment for your sensitive components. This lets you perform your experiments with greater confidence, yielding more accurate and reproducible results.

Why Is Vibration Isolation So Important?

Vibration can undermine the precision of your optical experiments and compromise data quality. Whether you’re imaging at high magnification, conducting interferometric measurements, or aligning a complex laser delivery system, even tiny vibrations can produce significant problems. Implementing proper isolation lets you maximize your resolution, reduce noise, and achieve more trustworthy results.

Types of Vibration Isolation Solutions:

At FindLight, we collaborate with industry-leading suppliers to bring you a range of vibration isolation solutions tailored to your application. Our collection includes:

Passive Isolation Platforms: Utilize elastomer materials, air springs, or specialized shock absorbers to dampen vibrations from the laboratory floor.

Active Isolation Systems: Provide real-time electronic control to cancel vibrations across a range of frequencies.

Isolation Pads and Mounts: Provide a convenient way to further reduce vibrations by placing them directly underneath your optical table or equipment.

Custom Solutions: Our suppliers can design and produce specialized isolation platforms to account for unusual vibrations or space limitations in your laboratory.

Applications of Vibration Isolation:

Vibration isolation is essential for numerous applications, including high-resolution imaging, interferometric testing, optical metrology, semiconductor manufacturing, biotechnology, and nanotech research. Scientists and engineers rely on these solutions to enable their instruments to perform at their highest possible precision, ensuring the best data and the most trustworthy results.