RC and Heidelberg Instruments are conducting a seminar tour to show the remarkable capabilities of NanoFrazor nanolithography 2D and 3D systems.
* Click on the applicable city name above to register
Based on thermal scanning probe lithography developed at IBM Research, NanoFrazor lithography is the fastest and most versatile of all scanning probe lithography techniques.This new lithography system’s applications include:
High-quality metal contacting of 2D materials
Tuning photonic molecules
Generating nanofluidic devices
Generating spintronic circuits
Register for one of the upcoming seminars to see NanoFrazor lithography in action!
* For more information on the seminar nearest you, please use the linked city names above.
Nous sommes ravis de vos inviter au Séminaire et Atelier sur la Nouvelle Bio-Imprimante 3D et sur les Encres Biologiques BioInks de Cellink.
La BioX est conçue et produite par Cellink, le chef de file de la Bio- Impression 3D. Notre équipe vous présentera les caractéristiques uniques de la BioX et des encres biologiques BioInks que tous les chercheuses/chercheurs en Science de la Vie attendaient.
Bio-Imprimante 3D BioX de Cellink
Quand: Mardi 7 mai 2019 entre 13h30 et 17h00
Où: Université de Montréal Pavillon Jean-Coutu, Salle S1-125 Cliquez ici pour vous inscrire Quand:
Come and bring your colleagues to discuss your research applications and to get access to the BioX. And don’t forget to spread the word through your network. Contact Spectra Research Corporation, the distributor of Cellink 3D BioPrinters and BioInks, today: Contact Us
Venez nombreux pour discuter de vos applications et gagner accès à la BioX. N’oubliez pas de faire passer le mot à vos collègues et collaborateurs. Contactez des aujourd’hui Spectra Research Corporation, le distributeur des Bio-Imprimantes 3D et encres biologiques BioInks de Cellink: Contactez nous
This new webinar on 3D printing explains how it can be used competitively in applications such as aviation, automotive and medical devices.
Companies are turning to 3D printing for the freedom it offers in design, to lower product development costs and to make lighter-weight products. In medical applications, they’re also using it to increase patient comfort.
Yet certain industries such as aerospace and medical devices have stringent requirements that require new high-performance polymers. Marilys Blanchy R&D Project Manager at Rescoll (Société de Recherche) presents two case studies using high-performance compounds to outline strategies for formulation, extrusion, 3D printing and characterization.
Advances in Raman throughout the Pharmaceutical Manufacturing Process
The importance of quality control in continuous manufacturing has lead to a rapid increase in the use of Raman spectroscopy. In our latest webinar we explore how Raman spectroscopy is paving the way for innovation in advanced manufacturing techniques, with a presentation by Dr. Douglas Hausner of Associate Director of Rutgers University’s Engineering Research Center for Structured Organic Particulate Systems (C-SOPS).
New E-Book on the Tools, Techniques and Applications of Raman Spectroscopy
Portable and handheld Raman systems are gradually replacing slow and destructive techniques that have been widely used throughout the pharmaceutical industry. This month, B&W Tek partnered with American Pharmaceutical Review to release a new E-Book highlighting these recent developments in the industry. The E-book features various tools, techniques and applications that use Raman Spectroscopy to perform tasks such as at-line content uniformity, counterfeit detection and raw material identification.
Meet the Team!
Meet Kevin Wu: a seasoned foodie, full time cat dad and the new inside sales administrator at B&W Tek! Kevin is a Delaware native who graduated from Drexel University with a degree in criminal justice. He now uses his 7 years of experience in aviation quality control to give clerical assistance to our account managers and handle logistics for our sales team. It would be an understatement to say that we are excited to have Kevin join the B&W Tek family!
We are excited to invite you to our Cellink Seminar and Workshop on the new go-to, user-friendly 3D BioPrinter: the BioX and Cellink’s BioInks.
The BioX is designed and manufactured by Cellink, the world-leading 3D BioPrinting company. Our team will present you with the unique features of the BioX and the BioInks that Life Scientists have been waiting for.
Nous sommes ravis de vos inviter au Séminaire et Atelier sur la Nouvelle Bio-Imprimante 3D et sur
les Encres Biologiques BioInks de Cellink.
La BioX est conçue et produite par Cellink, le chef de file de la Bio-Impression 3D. Notreéquipe vous présentera
les caractéristiques uniques de la BioX et des encres biologiques BioInks que tous les chercheuses/chercheurs
en Science de la Vie attendaient.
Come and bring your colleagues to discuss yourresearch applications and to get access to the BioX.
And don’t forget to spread the word through your network.
Contact Spectra Research Corporation, the distributor of Cellink 3D BioPrinters and
BioInks, today: Contact Us
Venez nombreux pour discuter de vos applications et gagner accès à la BioX.
N’oubliez pas de faire passer le mot à vos collègues et collaborateurs.
Contactez des aujourd’hui Spectra Research Corporation, le distributeur des Bio-Imprimantes 3D et encres biologiques BioInks de Cellink: Contactez nous
Thursday, September 27, 2018 10:00 am
Central Daylight Time (Chicago, GMT-05:00) Change time zone
Time-of-Flight Secondary Ion Mass Spectrometry (TOF-SIMS) is a powerful analytical technique with submicron spatial resolution, ppm sensitivity, and the ability to detect both elemental and molecular species on surfaces. One limitation of TOF-SIMS is that spectra are often difficult to interpret, especially for real-world industrial samples that have a complex mixture of chemicals on the surface. The TOF-SIMS spectrum contains the fragmentation pattern of all the different molecular species on the surface added together. The recent development of parallel imaging MS/MS has greatly simplified the interpretation of TOF-SIMS spectra. By selecting a single precursor ion from the complex TOF-SIMS spectrum and fragmenting it by collision induced dissociation (CID), the clean and unique fragmentation pattern makes identification easy. Several industrial applications will be discussed that demonstrate how MS/MS greatly extends the analytical capability of the TOF-SIMS technique.
Herzan’s mission is to provide carefully articulated environmental solutions for precision research instruments in the fields of Atomic Force Microscopy and Vibration and Acoustic Isolation. The company’s product line encompasses all forms of environmental isolation systems for advanced microscopes and other imaging and analytical instrumentation. They specialize in supporting nanotechnology research but also offer solutions for product testing, in-vitro fertilization and many other applications.
McGill University AFM Summer School and Workshop
June 6-7, 2018
Topics Increase Your AFM Knowledge
Are you looking to better understand the AFM techniques that are used in your research? Asylum Research invites you to the McGill AFM Summer School and Workshop which includes lectures and hands-on demonstrations from leading researchers and experts in the field.
• Video-Rate AFM with the Asylum Research Cypher VRS
• Organic control of biomineral nanostructure
• Time-resolved, ultra fast AFM imaging
• High resolution electrochemistry for energy storage applications
• Nanomechanical measurements
Hands-on demonstration labs will complement the lectures. It’s an excellent opportunity to get tips and tricks on AFM operation, and to see video-rate AFM in action.
Dr. Peter Grütter, Chair, Dept. of Physics, McGill University
Dr. Marc D. McKee, Dept. of Anatomy and Cell Biology, McGill University
Sophia Hohlbauch & Marta Kocun, Applications Scientists, Asylum Research
Mayur Savla, US Technical Sales, Asylum Research
$50 USD which includes lectures, labs, lunches for both days and Happy Hour on June 6.
For a 2nd year material science researchers from around the globe will gather for an innovative online experience where we will explore the latest cutting edge analytical solutions used to enable the development of new and advanced materials. Watch presentations from leading materials scientists, access hundreds of technical papers and videos, and ask questions live – all without leaving your desk!
When you register you’ll be able to:
Explore 12 different technique or application areas
Attend any of the scheduled presentations (all 9 if you want!)
Tour our library of webinars, applications notes, videos and more
When: May 16, and you’ll be able to revisit contentthrough 2018 Where: Your desk .
Workshop on Applications of 3D Confocal Raman Microscopy and Correlative Techniques including AFM, SEM and SNOM
University of Calgary
Wednesday April 18, 2018
9:00 am -3:30 pm
Includes Lunch & Instrument Demonstration
Room Location to be Announced
Click to download agenda
Spectra Research Corporation (SRC) is pleased to announce an upcoming workshop on Applications of 3D confocal raman and correlative techniques, including AFM, SEM and SNOM.
Introduction to Correlative 3D Raman Imaging
A New Approach for High Speed, High Lateral, and Spectral Resolution in Raman Imaging
Live instrument demonstration
And a complimentary lunch provided by WITec and SRC
Who Should Attend
Those interested in and/or experienced in Raman microscopy, including scientists and researchers from material sciences, life sciences, pharma and related fields.
Talks presented by:
Dr. Maxime Tchaya – WITec Corporation – Instrumentation and Applications of Correlative Microscopy- Raman- AFM-SNOM-SEM.
Ashutosh Singh – University of Calgary/Dept. of Chemical and Petroleum Engineering – Raman Mapping as an Effective Tool for Monitoring Doping on Heterogeneous Carbon Materials.
Dr. Farbod Sharif – University of Calgary/Dept. of Chemical and Petroleum Engineering – A Study of the Thermal Stability of Electrochemically Exfoliated Graphene using Raman Spectroscopy.
Matthew Steele-MacInnis, Assistant Professor – University of Alberta/Dept. of Earth and Atmospheric Sciences – Applications of Raman Spectroscopic Analysis of Inclusions in Minerals: Fluid, Glass and Crystalline Inclusions