The DVIA-M is the most advanced built-in active vibration isolation system in the world, incorporated in various platforms and used as a built-in active vibration isolation system inside electron microscopes.
Sub-Hertz Vibration Isolation Performance The most sophisticated active vibration control algorithms are embedded in the DVIA-M series, delivering 50% - 80% vibration isolation at 1 Hz and and 90% vibration isolation at 2 Hz in six degrees of freedom.
Built-In Active Vibration Isolation System The DVIA-M active vibration isolators are designed as a built-in active vibration isolation system for nanoscale imaging equipment such as electron microscopes.
The DVIA series uses the Feedback control algorithm to continuously detect vibrations disturbing an isolated surface and instantaneously react to minimize the vibrations in real-time. The Feed-Forward control algorithm is employed in the DVIA Series to filter out floor vibrations in advance before the floor vibrations can be transmitted to equipment installed on the active vibration isolation systems.
Active Vibration Isolation in All Six Degrees of Freedom
The DVIA Series controls vibrations in three translational degrees of motions ( X, Y and Z) and three rotational degrees of motions ( pitch, roll and yaw).
Performances
50% - 80% vibration isolation at 1 Hz ≥90% vibration isolation at ≥2 Hz
The DVIA-M is the most advanced built-in active vibration isolation system in the world, incorporated in various platforms and used as a built-in active vibration isolation system inside electron microscopes.
Sub-Hertz Vibration Isolation Performance
The most sophisticated active vibration control algorithms are embedded in the DVIA-M series, delivering 50% - 80% vibration isolation at 1 Hz and and 90% vibration isolation at 2 Hz in six degrees of freedom.
Built-In Active Vibration Isolation System
The DVIA-M active vibration isolators are designed as a built-in active vibration isolation system for nanoscale imaging equipment such as electron microscopes.
Videos
Files
Application Fields
The DVIA series uses the Feedback control algorithm to continuously detect vibrations disturbing an isolated surface and instantaneously react to minimize the vibrations in real-time. The Feed-Forward control algorithm is employed in the DVIA Series to filter out floor vibrations in advance before the floor vibrations can be transmitted to equipment installed on the active vibration isolation systems.
The DVIA Series controls vibrations in three translational degrees of motions ( X, Y and Z) and three rotational degrees of motions ( pitch, roll and yaw).
50% - 80% vibration isolation at 1 Hz
≥90% vibration isolation at ≥2 Hz
Scanning Electron Microscopy
Transmission Electron Microscopy
Scanning Transmission Electron Microscopy
Scanning Tunneling Electron Microscopy
Technical Features
Model
DVIA-M1000
DVIA-M3000
DVIA-M6000
Isolator Dimensions (L x W x H)
190 x 190 x 178 mm
232 x 232 x 180 mm
308 x 308 x 180 mm
Load Capacity
500 - 1700 kg
1500 - 3500 kg
3000 - 6000 kg
Actuator
Electromagnetic Actuator
Electromagnetic Actuator
Electromagnetic Actuator
Maximum Actuator Force
Vertical: 40 N, Horizontal: 20 N
Vertical: 40 N, Horizontal: 20 N
Vertical: 80 N, Horizontal: 40 N
Degrees of Freedom
6 degrees
6 degrees
6 degrees
Active Isolation Range
0.5 - 100 Hz
0.5 - 100 Hz
0.5 - 100 Hz
Vibration Isolation at 1 Hz
50% - 80%
50% - 80%
50% - 80%
Vibration Isolation at ?2 Hz
≥ 90%
≥ 90%
≥ 90%
Input Voltage (V)
AC100 - 240V / 50 - 60 Hz / 1A
AC100 - 240V / 50 - 60 Hz / 1A
AC100 - 240V / 50 - 60 Hz / 1A
Power Consumption (W)
Maximum 110W, <50 W in normal operation
Maximum 110W, <50 W in normal operation
Maximum 110W, <50 W in normal operation
Operating Range/Temperature (°C)
5 - 50 °C
5 - 50 °C
5 - 50 °C
Operating Range/Humidity (%)
20 - 90%
20 - 90%
20 - 90%
Required Air Pressure
≥ 0.5 MPa (5 bar)
≥ 0.5 MPa (5 bar)
≥ 0.5 MPa (5 bar)