Events

In today’s fast-paced industries, understanding surface texture is key to improving product quality and manufacturing efficiency. This webinar will guide you through the fundamentals of surface texture characterization and provide practical tools to enhance your results.

What You Will Learn:

1. Surface Texture Fundamentals:
   Understand the core concepts of surface finish, roughness, texture, and topography. Discover why mastering surface texture is crucial for ensuring high product standards and optimizing research and industrial processes.
2. Characterization Techniques:
   Learn the step-by-step process of evaluating surface texture, from selecting the right measurement techniques to analyzing and reporting accurate results. Gain insights on choosing the most suitable parameters for your specific application.
3. Standards Update:
   Stay informed about the latest ISO standards, including updates to ISO 25178 and the new ISO 21920 for 2D measurements. Learn how these changes impact surface texture evaluation and how to ensure compliance with industry standards.

Speaker:

David Páez

BSc in Engineering Physics, MSc in Nanoscience and Nanotechnology
Senior Product Specialist at Sensofar Metrology

David has a strong background in optical metrology and has spent years helping customers optimize their surface texture measurements. With hands-on experience in Sensofar’s demo room, he excels at showcasing how to fully utilize Sensofar’s metrology systems to drive accurate results and improve manufacturing processes.

Registration:

Session 1: 10 AM CET (Asia & Europe)
Session 2: 6 PM CET (North America)

Join us for this insightful webinar to gain a deeper understanding of surface texture characterization, and learn how to apply these techniques in your industry.

For more information or to speak with our team about how Sensofar’s metrology systems can benefit your work, Contact Us today!

Date and Time:

📅 October 22nd, 2024
🕘 Session 1: 09:00 AM – 10:00 AM CET
🕓 Session 2: 04:00 PM – 05:00 PM CET

Overview:

Wettability plays a crucial role in determining how solid materials interact with liquids, typically assessed through contact angle measurements. While measuring contact angles is straightforward for large samples, fibers and thin objects require specialized techniques.

Join us for this insightful webinar, where we will explore:

• Key methods for measuring the contact angle of fibers and thin objects
• Pros and cons of each measurement technique
• Real-world applications and case studies to highlight the best methods for different industries

Speaker Details:

Susanna Lauren, Marketing Director of Attension, KSV NIMA
With over 10 years of experience at Biolin Scientific and a PhD in surface wettability and analysis, Susanna brings a wealth of knowledge to the topic. Her research has paved the way for innovative techniques in biomolecule separation using microfabricated polymer chips.

Don’t miss this opportunity to gain valuable insights into fiber wettability and its critical applications!

Join us for an Exclusive Seminar and Workshop on Inline Particle Size Measurements at High Turbidity!

Date: May 14, 2024
Location: Rosalind & Morris Goodman Cancer Institute, Room 501,  McGill University, Montreal.

Introducing the InProcess LSP NanoFlowSizer, a cutting-edge particle size instrument based on Spatially Resolved Dynamic Light Scattering (SR-DLS). This revolutionary technology can accurately measure sub-micron particle size in turbid suspensions and in flow.

Timings:

Please choose a time slot that suits your schedule.

Slot 1: 9:00 AM – 10:00 AM (Seminar) and 10:00 AM – 12:00 PM (Workshop)
Slot 2: 1:30 PM – 2:30 PM (Seminar) and 2:30 PM – 5:00 PM (Workshop)

Seminar Details:

Speaker: Albert Grau-Carbonell, PhD, Application Specialist

Seminar Title: The NanoFlowSizer: Spatially Resolved DLS for Inline Particle Size Measurements at High Turbidity

In this seminar, Dr. Albert Grau-Carbonell will delve into the scientific principles of SR-DLS and demonstrate how the NanoFlowSizer is revolutionizing particle size measurements in challenging environments. Discover real-world application examples, including nanoparticle synthesis, nanomilling processes, and continuous monitoring and control of high-pressure homogenization of emulsions and lipid nanoparticle (LNP) production.

Workshop Details:

Spectra Research Corporation will display InProcess LSP’s NanoFlowSizer, a cutting-edge particle-size instrument based on Spatially Resolved Dynamic Light Scattering (SR-DLS) which is a revolutionary technology that can accurately measure sub-micron particle size in turbid suspensions and in flow.

Attendees are invited to bring 1 to 2 samples for testing on the NanoFlowSizer.

Don’t miss this opportunity to gain valuable insights and hands-on experience with the NanoFlowSizer.

Register below to secure your spot!

We are excited to host a two-day DriveAFM event in collaboration with Nanosurf at McGill University, Montreal. This event will feature three talks about advanced AFM techniques and applications as well as a workshop on the high-performance DriveAFM from Nanosurf.

Date: April 17-18, 2024
Location: Ernest Rutherford Physics Building, Room 103,  McGill University, Montreal.

Workshop Details:

Bring a few samples, get them tested, and experience the capabilities of the DriveAFM!

The DriveAFM is Nanosurf’s novel flagship AFM platform: a tip-scanning atomic force microscope (AFM) that combines, for the first time, several capabilities in one instrument to enable novel measurements in materials and life sciences. The DriveAFM overcomes the drawbacks of other tip-scanning instruments and provides atomic resolution together with fast scanning, fast force spectroscopy, and large scan sizes up to 100 µm. Thanks to Nanosurf’s innovations in optical beam path engineering and scanner design, the DriveAFM scan head features photothermal actuation and full motorization for superior research performance and is easy to use for researchers at all levels of experience.

• CleanDrive: stable excitation in air and liquid
• Ultra-low noise
• Direct drive: high-resolution imaging and large scan area
• Fully motorized system: full control via software

Agenda:

April 17th, 2024 (Wednesday):

April 18th, 2024 (Thursday):

Speaker Details:

Speaker Name and Title: Prof. Peter Grütter, Scientific Director and Founder of the McGill Nanotools Microfabrication Facility Talk Title: Interpreting tapping (AC) operation mode Talk Summary: Tapping or AC mode is often used in AFM imaging leading to high-quality images. Interpreting the measured images is often challenging, as the contrast depends on the operation parameters and how the AFM is set up. In this short talk, I will discuss the relevant theory behind tapping and the practical aspects of what to watch out for to facilitate the interpretation of the acquired data.

Speaker Name and Title: Prof. Angelo Gaitas, Assistant Professor (Icahn School of Medicine at Mount Sinai) Talk Title: Advancements in Fluid Micro Cantilevers and Novel Thermocouple Devices for Tissue and Cellular Analysis Talk Summary: This talk will cover developments in bioAFM innovations in my laboratory. First, we utilize fluid micro cantilevers in atomic force microscopy (AFM) for a range of applications, including the precise measurement of single-cell mass in a media environment. This advanced technique allows for a detailed analysis of the nano-mechanical properties of human induced pluripotent stem cells (iPSCs) and their differentiation into cardiomyocytes (iPSC-CMs). The employment of fluid micro cantilevers in AFM enhances the accuracy and scope of our measurements, revealing significant changes in cell elasticity and mass during iPSC differentiation. These findings establish elasticity and mass as key indicators in evaluating the development of iPSCs, providing invaluable insights for cell therapy, drug testing, and cardiac disease research. Our study demonstrates the capability of AFM, especially with the use of fluid micro cantilevers, to effectively differentiate cells pre- and post-differentiation based on their mechanical properties. This advancement underscores the potential of these techniques as morphological markers in iPSC research. The results, while promising, necessitate further studies to confirm their generalizability to other cell lines. Additionally, our work points to the necessity of developing more refined AFM measurement techniques in fluid media, proposing various methods to enhance the technology’s resolution and accuracy in future research applications. Second, we have developed a novel thermocouple device tailored for intracellular temperature measurement. Temperature regulation and gradients are crucial in biological research, as thermal events significantly impact cellular functions. This microcantilever thermocouple sensor combines doped silicon and gold to form a sensitive junction, suitable for biological applications. Its design ensures mechanical robustness, high sensitivity, and rapid response, ideal for liquid environments and minimal impact on cellular processes. The fabrication involves several precise steps, resulting in a sensor with a high Seebeck coefficient (447 μV/°C) and millisecond response time. This advanced device has demonstrated effective and precise transient thermometry in biological samples, showing its potential in understanding and measuring thermal events at a cellular level.

Speaker Name and Title: Dr. Edward Nelson, Applications Scientist, Nanosurf Talk Title: Photothermal Torsional Resonance Imaging for 2D Materials Characterization Talk Summary: Stacked layers of 2D materials such as graphene and hBn show remarkable electrical, optical and magnetic properties depending on the angle between the layers. A common approach to measure this angle is to use an Atomic Force Microscopy (AFM) to visualize the Moiré superlattice that forms from interactions between the layers. Piezoresponse Force Microscopy (PFM), a type of imaging mode, offers high contrast but is only effective when the sample/substrate is conductive. Regrettably, this method is not effective when the sample is on a non-conductive substrate, like a transfer polymer. Torsional Resonance Microscopy (TRM) is a method to drive the torsional resonances of the AFM cantilever and has shown remarkable contrast of the Moiré superlattice. In addition, because the cantilever is driven mechanically, the method works on all types of substrates. Unlike piezo-acoustic TRM, photothermal TRM does not require any special hardware outside of what is already available on the DriveAFM. In addition, because the cantilever is driven photothermally, it can work under liquids without introducing parasitic coupling with the environment. This new mode is expected to open up new research opportunities for materials characterization.

Register for Free using the form below.

Join us for an insightful webinar where we delve into the revolutionary world of nanoparticle coatings and the game-changing Nikalyte NL50 Benchtop Nanoparticle Deposition System. This exclusive event will be hosted by Dr. Vicky Broadley, Sales and Marketing Manager at Nikalyte, a distinguished physicist, researcher, and technology/business leader deeply passionate about nanotechnology.

Date: Wednesday, March 27, 2024

Time: 9 am – 10 am

Webinar Highlights:

1. Understanding Nanoparticle Coatings: Explore the vast potential of nanoparticle coatings in elevating chemical and biological processes. Discover how these coatings can enhance catalyst activity, reduce costs, and elevate biosensor sensitivity.

2. Advantages of Plasma Vapour Deposition (PVD): Uncover the superiority of PVD over other nanoparticle synthesis techniques. Learn about its exceptional reproducibility and minimal environmental impact.

3. Introducing NL50 Benchtop Nanoparticle Deposition Tool: Witness a breakthrough in nanoparticle synthesis with Nikalyte’s NL50. Dr. Vicky Broadley will guide you through its one-step deposition method, highlighting its capability to coat any surface without chemical contamination.

4. Controlled Nanoparticle Generation: Gain insights into the NL50’s ability to generate non-agglomerated metal or metal alloy nanoparticles with precise control over size and composition.

5. Application Case Studies: Dr. Broadley will present real-world application case studies, showcasing the NL50’s versatility and practicality in various research domains.

6. Interactive Q&A Session: Have your queries addressed directly by Dr. Vicky Broadley. Learn how to seamlessly integrate PVD nanoparticle coatings into your research projects.

Speaker:
Dr. Vicky Broadley – A distinguished physicist, researcher, and technology/business leader with a profound passion for nanotechnology.

Registration:
Participation is free, but registration is mandatory. Secure your spot now by registering below.

In this webinar, you’ll push the limits of SensoPRO. Image analysis so fast you won’t believe it. Data and parameters you never thought you could calculate. All of this is possible with SensoPRO, and you’ll learn how to do it in this round of tech talks.

About the Speaker: Daniel Sakakini

“Hi, I’m Dan Sakakini, an applications engineer for Sensofar in the US, Canada and Mexico. I joined Sensofar in March of 2020, after working in manufacturing for two years prior. I went to Union College in Schenectady NY where I studied Mechanical Engineering, and graduated in 2017. I’m currently based in Brooklyn, NY and escape the city frequently on the weekends to go hiking, biking and rock climbing. I’m excited to share more about Sensofar’s software updates over the past few months/year!”

Event Details:

Date: Fri, Jan 26
Time: 11:00 AM – 12:00 PM EST
Locations: Online event
 Register Here 

Join us for an enlightening day of cutting-edge insights into Material Characterization and Surface Science, hosted in collaboration with our trusted partners Biolin Scientific and Sensofar. This workshop is an invaluable opportunity to delve into the latest advancements in analytical instruments, discover their real-world applications, and network with industry experts.

Date: November 29th, 2023
Time: 8:30 AM – 4:30 PM
Location: Room HEI 101
Address: 125 Bond St, Toronto, ONM5B 1Y2

Event Agenda and Details:

Register Here:

Join us for an enlightening day of cutting-edge insights into Material Characterization and Surface Science, hosted in collaboration with our trusted partners Biolin Scientific and Sensofar. This workshop is an invaluable opportunity to delve into the latest advancements in analytical instruments, discover their real-world applications, and network with industry experts.

Date: November 27th, 2023
Time: 8:30 AM – 4:30 PM
Location: Genomics Building (GE), Room GE 110.00, Concordia University, Loyola Campus, Montreal. Click Here for the Maps

Event Agenda and Details:

Got Questions?

September 28 @ 12:00 pm – 1:00 pm

Join CCAT and Sensofar for a free webinar about high magnification inspection of critical dimensions as well as surface finishes for additive manufacturing, medical devices, tribology and tooling applications.

We’ll explore the technology used for surface roughness measurements and dimensional measurements and also present solutions for key applications in aerospace and advanced manufacturing using optical metrology.

Target Audience
Metrology and Inspection, Aerospace and Additive Manufacturing Engineers 

Presenters
Adam Platteis, Sales Manager USA, Sensofar
David Morganson, Manufacturing Applications Engineer, CCAT