Barnett Technical Services distributes products for material characterization and manipulation. For more information on the companies we work with, please see the Products tab above.
We have a long list of upcoming trade shows and we would love to meet you and discuss how our tools can help. Look at the left column for links.
We are very excited to be attending SemiCon West in San Francisco, CA July 13-15 2021. We will be showing the following technologies.
Manipulation of small materials.Probes available for a wide range of sample manipulations, including:
Arms also be added to FTIR or Raman Microscopes.
Bench top microscope with imaging capabilities down to 50 microns! Provides color imaging without the need for vacuum or other special sample handling. For more information on this microscope, click here: https://barnett-technical.com/nanoro/
Three days of presentations with more than 80+ hours of technical and business programming, plus hundreds of exhibitors provide the insights, innovations, and intelligence you need to get ahead and embrace today’s disruptive landscape.
Visit the SEMICON West site
The spread of COVID-19 has led to great changes in the lives of people worldwide. This includes the need for increased social distancing and the use of Personal Protective Equipment (PPE) to minimize the risk of spreading and acquiring disease from others and the surrounding environment. The use of PPE, including gloves, safety goggles, and a mask causes difficulties for failure analysis and particle isolation where precise microscopic sample handling is often required. Precise manipulations using probes and other handheld tools while looking through a microscope, are much more difficult while wearing PPE.
The Micro Support Axis Pro micromanipulator is an excellent solution for performing precise microscopic sampling where PPE is required.
Transmission Electron Microscopy (TEM) represents one of the most powerful super-microscopy techniques for material characterization. In order to obtain powerful images, it is critical to have a very thin section of material that allows for electron transmission through the sample.
The Micro Support Axis Pro micromanipulator can transfer FIB foils to TEM grids outside (ex situ) the SEM chamber.
This article inlcudes videos, diagrams and descriptions of Lift-Out on the Micromanipulator. Click here for the entire article.
Friday, September 25, 2020 – 10 AM Eastern time, 7 AM Pacific time.
If you register for the Webinar
you will be able to see the recording of the presentation.
Institute For Lasers, Photonics And Biophotonics, University at Buffalo
The current level of Raman microscopy and spectrum analysis methods opens up new perspectives in cell biology for studying dynamics at the subcellular level. Modernization of the Raman microscope with the installation of the biomolecular analysis program code (BCA) made it possible to measure the concentration of an undivided class of biomolecules at the level of organelles in a living cell in the volume of about 1 cubic micron, and for the class of lipids – defined parameters related to the elements of lipidomics. A new bioessay is currently being formed in the Omics group of disciplines – Ramanomics. Despite the large heterogeneity of the biomolecular composition of organelles, Ramanomics allows us to identify patterns of processes occurring in cells.
This webinar is brought to you by SOL Instruments.
Barnett Technical Services is the North American Distributor for these Raman microscopes. Further information on these products may be found here: https://barnett-technical.com/ostec/raman/.
For questions about this webinar, please feel free to contact us.
Click here to register for this Webinar
We are excited to be showing an e-poster at the SciX 2020 virtual conference. The poster touches on the work we have been doing with micro plastic research instrumentation and procedure. The poster will be available at the show October 12-15 2020. We will also post it here on the site after the show.
The instruments that we discuss are the Axis Pro micromanipulator for particle isolation and the Ostec e200 Raman microscope for characterization.
Date: Wednesday, September 30, 2020 Time: 06:00-07:00 CEST
High Throughput Raman Spectroscopy using Tornado Spectral System’s Hyperflux ProPlus Raman Spectrometer allows for both fast measuring times and low limits of detection due to the proprietary High Throughput Virtual Slit. A variety of samples will be analyzed using this technology including flow chemistry scenarios and analytes of interest in a cell broth background. The dangers of running averages and their use in traditional raman spectroscopy will also be a point of discussion. All multivariate chemometric analysis was performed using SIMCA® 16.
This webinar is presented by Dr. Shamus Driver. He is a Senior Raman Innovation Scientist for Tornado Spectral Systems. Before joining Tornado Spectral Systems, he worked at a pharmaceutical company in Process Analytical Technology development using Raman and Near-IR spectroscopy. He earned a Ph.D. in environmental chemistry from Ball State University in Muncie, IN, as well as Bachelors and Masters degrees in Chemistry from Ball State University.
Manipulation of small materials.Probes available for a wide range of sample manipulations, including:
For more information on viewing systems contact us below.
Steve’s Solutions Featuring Micro Support
Micro Support page
Micro Support Manufacturers Website
Contact Us Online Form
Phone: 916-897-2441
Email: info@Barnett-Technical.com
To learn more about the technologies featured in the presentation visit these sections of the website.
Steve’s Solutions Featuring Micro Support
The Tornado Hyperflux PRO Plus Raman system that utilizes High Throughput Virtual Slit (HTVS) technology provides excellent performance for applications where rapid and sensitive Raman measurements are required. The system has recently been incorporated into the Sartorius ambr® bioprocess system. The OPIS 35 laser configuration for operation in ATEX Zone 0 environments allows for worldwide use of this technology.
