piezosystems jena, Inc.
Piezosystem jena is a world leading company in the development, design and engineering of piezo, piezo electrical actuator based positioning systems for micro- and nanopositioning and nano-automation.
- 508.634.6688
- 508.634.6868
- usa@piezojena.com
- 54 Hopedale St.
Hopedale, MA 01747
United States
Filter Results By:
Products
Applications
-
product
Fiber Switches
Piezo-electric driven switches are especially designed for fast switching – measured in milliseconds. Piezo actuators enable the optical switch to couple optical fibers with an accuracy of a few microns. The piezo driven optical switches are available fiber core diameters of 50 µm up to 600 µm.
-
product
OEM Solutions
About 80 percent of piezosystem jena’s business is in supplying industry customers with positioning solutions on a large scale. Almost all these solutions are highly customized or even developed and build from the scratch.
-
product
100mA One-Channel Amplifiers
Piezo amplifiers/controllers are designed for high precision positioning of low-voltage piezo actuators. These amplifiers are tuned for extremely high output stability and extremely low signal noise at the output. A low amplifier signal-to-noise ratio is very important because it determines the total resolution of the actuator. The nearly unlimited resolution of piezo-electric actuators using these amplifiers results in ultra-precise movement.
-
product
10mA One-Channel Amplifiers
USB connected devices have become common in lab environments. The nano box USB is a standalone piezo amplifier with 16 bit D/A resolution. Its small size and powerful amplifier includes a USB 2.0 interface that offers a variety of helpful commands.
-
product
300mA One-Channel Amplifiers
Piezo amplifiers/controllers are designed for high precision positioning of low-voltage piezo actuators. These amplifiers are tuned for extremely high output stability and extremely low signal noise at the output. A low amplifier signal-to-noise ratio is very important because it determines the total resolution of the actuator. The nearly unlimited resolution of piezo-electric actuators using these amplifiers results in ultra-precise movement.
-
product
40mA Multi-Channel Amplifier
For the precise nanometer movement of actuators and other piezo products, an amplifier is required. Multi-channel amplifiers allow you to control multiple actuators or piezo products with a single amplifier. The NV40/3 piezo amplifier was designed for controlling low voltage piezo elements. It includes a voltage amplifier, a display and a PC-interface. The high-resolution display shows the voltage of the actuator, along with the mode of operation and the temperature inside the amplifier.
-
product
40mA One-Channel Amplifiers
Piezo amplifiers/controllers are designed for high precision low to mid-speed positioning of low-voltage piezo actuators. These amplifiers are tuned for extremely high output stability and extremely low signal noise at the output. A low amplifier signal-to-noise ratio is very important because it determines the total resolution of the actuator. The nearly unlimited resolution of piezo-electric actuators using these amplifiers results in ultra-precise movement.
-
product
40 mA to 800 mA EN Series Analog System
An EN modular multi-channel solution is composed of an ENT power supply, one or more ENV controllers/amplifiers and a case. Depending on the specific application, multiple control modules can be used. This allows for the most cost effective solution for the highest precision piezo control system.
-
product
50 mA to 300 mA dDrive Digital System
The d-Drive® modular piezo controller system from piezosystem jena combines the highest positioning accuracy with a personalized design. A complete system contains an EDS interface (with display and controls), paired with a variety of EVD digital amplifiers, all contained in a 19-inch rack-case.
-
product
hpower High Power Amplifiers
For hpower high-power actuators, high-power amplifiers are required. Together these hpower actuators and amplifier systems deliver exceptionally fast response times, superior dynamics, high force generation, and nanometer precision.
