We at Herzan are excited to meet with researchers at the Microscopy & Microanalysis Meeting in the Baltimore Convention Center in Baltimore, Maryland.
We will be sharing our latest innovations in the field of environmental control, designed specifically to address needs within the microscopy community.
Stop by Booth 1206 to learn more about the unprecedented vibration isolation performance of the AVI Series and discover how you can save money and time installing an instrument by utilizing the WaveCatcher site survey tool.
There will be some free giveaways at the booth to bring home to family and friends and share with colleagues in the lab!
- Aug 5th – 9th, 2018
- Exhibit Dates: Aug 6th – 9th, 2018
- Baltimore Convention Center, Baltimore, MD (Booth 1206)
- Discover Herzan’s Innovations for Environmental Control
The AVI Series is a modular and low-profile active vibration isolation platform, capable of achieving sub-hertz vibration isolation performance (starting at 0.5 Hz) across all six degrees of freedom.
The AVI Series is a scalable solution for instruments of all sizes, with models available in three standard configurations:
- AVI-200 (instruments up to 1,000 Lbs)
- AVI-400 (instruments up to 2,000 Lbs)
- AVI-600 (instruments up to 3,000 Lbs)
- Custom AVI Platform (instruments > 3,000 Lbs)
The WaveCatcher site survey tool has been developed and refined to deliver comprehensive environmental data in a compact, user-friendly package.
Measure All Environmental Noise
The WaveCatcher is compatible with a variety of vibration, acoustic, and EMI sensors, which can be easily customized to meet the requirements of any application. Provided below are some available sensor options for the WaveCatcher:
- Single or triple axis vibration sensor
- Broadband acoustic microphone
- Triple axis EMI sensor
The WaveCatcher’s software suite continues to expand, with the latest addition being the Data Logging module. Stop by the booth where you can get a first look at the Data Logging feature and other aspects of the WaveCatcher Software.