DVIA-T Series

Active Vibration Isolation for Precision Tabletop Microscopes & Instruments

The DVIA-T is simple to install and operate and comes in various sizes and configurations to meet your unique requirements. The DVIA-T Series’ smallest unit is compact and lightweight, measuring 420mm x 500mm x 93mm and weighing only 25kg, making it easy to carry and install in any facility. The software and sensors enable real-time monitoring of vibration levels and isolation performance, while the front LCD display allows for automatic leveling and vibration monitoring.

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Exceptional Low & High-Frequency Active Vibration Isolation

The DVIA-T Series is the most advanced tabletop active vibration isolation platform, designed to isolate precision instruments from low-frequency vibrations and deliver 40 – 80% vibration isolation at 1 Hz.

Out-of-the-Box Feed
Forward Control

DVIA isolation systems come equipped with feedforward controls on all models. These controls use real-time ground sensor measurements to detect and preemptively cancel vibrations before reaching the isolated mass. The dynamic control adapts seamlessly to changing vibration levels and self-optimizes, ensuring consistent outstanding performance.

It’s Simple. Plug & Play!

Set up the DVIA-T with the push of two buttons. The Auto Leveling feature ensures the platform stays balanced based on weight distribution to optimize performance.

Installation Examples

 

Customizable Options

The DVIA-T offers custom top plate and custom desk platform options, so you can configure and optimize your workspace to fit your needs.

Specifications

Dedication to Quality

All Daeil Systems products are TUV and CE certified.

TUV-Certification
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Technical Blogs & Case Studies
December 19, 2024 - Vibration IsolationBlogs
Electron Microscopes on High Floors: Why VEC’s Daeil DVIA Systems Are the Only Vibration Isolation Option
The DVIA Active Isolation System empowers researchers and professionals to use sensitive instruments in environments with significant vibration challenges. By eliminating the limitations of stiff ...
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November 2, 2023 - Vibration IsolationBlogs
Vibration Isolation for Cryo-TEM: Over 90% Measured Reduction at 2 Hz
Using a Cryo-TEM in structural biology imaging requires a stable platform to create the 3D images researchers demand. Unfortunately, many facilities that require Cryo-TEM instrumentation ...
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October 4, 2023 - Vibration IsolationBlogs
Isolated Slabs: Do they work? What does the data say?
VEC works with many customers who either have installed or consider installing “Isolation Slabs” to isolate an instrument from building vibration and other sources of ...
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March 28, 2022 - Vibration IsolationBlogs
DVIA-M vs Piezoelectric Vibration Isolation Systems. Which is King?
The Daeil DVIA-M series vibration isolations system is the premier active vibration isolation system with excellent broadband vibration isolation and superior performance at low frequencies.
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June 30, 2020 - Site EvaluationsVibration IsolationBlogs
Electron Microscope Vibration: An Increasing Issue in Today’s Laboratories
Electron microscope vibration is an increasing concern in modern laboratories because of improving resolution and extended duration imaging. At higher resolution, external vibrations have a ...
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January 12, 2020 - Vibration IsolationBlogs
Active vs. Passive Vibration Isolation
Active vs. passive vibration isolation, understanding the difference is critical to mitigating the impacts of vibration on equipment performance. Passive isolation systems use the natural ...
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January 8, 2020 - Site EvaluationsVibration IsolationBlogs
What are VC-Curves, why are they useful, and how are they relevant?
Vibration Criteria Curves, or VC-Curves, are a standard way to report vibration. They are helpful because they allow users to compare vibration levels across locations ...
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August 27, 2019 - Site EvaluationsVibration IsolationCase Studies
Overcoming Microscopy Interference When You Can’t Find the Source of the Problem
Lawrence Berkeley National Laboratory (LBNL) is a national laboratory located in Berkeley, CA, with a focus on bringing together multidisciplinary teams of researchers to advance ...
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August 27, 2019 - Site EvaluationsVibration IsolationBlogs
Understanding and Mitigating Vibration In Your Facility
Low-frequency and high-frequency vibration both have a significant impact on electron microscopy laboratories and high-tech manufacturing facilities. These two types of vibration stem from different ...
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July 16, 2019 - Site EvaluationsVibration IsolationMagnetic Field CancellationAcoustic AbatementBlogs
Site Survey: Why Use a Third-Party?
When purchasing or moving a new electron microscope or process tool, customers have a few options when it comes to deciding who should provide their ...
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April 30, 2019 - Site EvaluationsVibration IsolationAcoustic AbatementCase Studies
Cutting Edge Semiconductor Facility In An Old Building On A High Floor?
A VEC site evaluation for an architectural firm helped make a challenging space work for vibration sensitive semiconductor tools for a new manufacturing program.
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April 30, 2019 - Site EvaluationsVibration IsolationMagnetic Field CancellationAcoustic AbatementCase Studies
Cleanroom Site Evaluation – An Avoided Disaster
A growing semiconductor company in the USA is evaluating a new location for its cleanroom space. The company wants to ensure that magnetic fields, acoustic ...
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November 21, 2017 - Vibration IsolationAcoustic AbatementBlogs
Reducing Vibration from Mechanical Equipment in an Electron Microscopy Lab
Discussion: Reducing Vibration from Mechanical Equipment in an Electron Microscopy Lab: Laboratories often have vibrating equipment that causes disturbances on electron microscope images.
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