Discount Products: Look through products available for a 25% – 50% discount in 2020. The items provided on a first come, first serve basis. View Discounted Products
Integrate, Customize and Make Accessible: 3D Bioprinting is Medicine’s Next Frontier
The growing push for 3-D tissue models is limited by challenges in automated handling, processing, and scalability of the technology to various types of materials and high-throughput applications. To meet these challenges, 4D bioprinting and human-cell derived ECM bioinks can allow researchers to biologically mimic the formation of complex, heterogeneous 3-D structures and to scale the technology to high-throughput and clinically translatable applications. This webinar will discuss the latest megatrends behind bioprinting developments as well as scientific and medical applications developed for tissue engineering, regenerative medicine, preclinical screening and testing, veterinary medicine, as well as personalized drug and food development. Some key topics to be discussed include:
Key advantages of 3D bioprinting over other techniques
Alterations in cellular physiology of cells in 3D vs. 2D
Megatrends behind bioprinting’s importance in biomedicine
Introduction of biomedical applications of bioprinting across various disciplines
ROKIT Healthcare’s work in clinical translation of bioprinting in the operating room
Built-in cell incubator, diverse material use, and high-throughput capabilities of all-in-one bioprinting platforms
The seminar reinforces the significance of bioprinting advancements in the age of Industry 4.0 – as a movement aligned with global megatrends in healthcare toward personalized medicine, computer-aided production of biological processes, and autologous regenerative therapy.
Guest Speaker:
• Da-Yae Lee Senior Bio-Consultant & Project Leader
When:
Thursday 8 September 9-10 am – Conference (in-person & virtual) 10:00 am- 12:00 pm – Workshop (limited spaces,
priority to 1st registered)
Where:
Conference room at the Centre
Québecois d’Innovation en
Biotechnologie (CQIB),
500 Bd Cartier O, Laval, QC H7V 5B7
Integrate, Customize and Make Accessible: 3D Bioprinting is Medicine’s Next Frontier
The growing push for 3-D tissue models is limited by challenges in automated handling, processing, and scalability of the technology to various types of materials and high-throughput applications. To meet these challenges, 4D bioprinting and human-cell derived ECM bioinks can allow researchers to biologically mimic the formation of complex, heterogeneous 3-D structures and to scale the technology to high-throughput and clinically translatable applications. This webinar will discuss the latest megatrends behind bioprinting developments as well as scientific and medical applications developed for tissue engineering, regenerative medicine, preclinical screening and testing, veterinary medicine, as well as personalized drug and food development. Some key topics to be discussed include:
Key advantages of 3D bioprinting over other techniques
Alterations in cellular physiology of cells in 3D vs. 2D
Megatrends behind bioprinting’s importance in biomedicine
Introduction of biomedical applications of bioprinting across various disciplines
ROKIT Healthcare’s work in clinical translation of bioprinting in the operating room
Built-in cell incubator, diverse material use, and high-throughput capabilities of all-in-one bioprinting platforms
The seminar reinforces the significance of bioprinting advancements in the age of Industry 4.0 – as a movement aligned with global megatrends in healthcare toward personalized medicine, computer-aided production of biological processes, and autologous regenerative therapy.
Guest Speaker:
• Da-Yae Lee Senior Bio-Consultant & Project Leader
When:
Thursday 9 September 9-11 am – Conference (in-person & virtual) 1:45-5:00 pm – Personalized meetings
Where:
Conference: l’hôpital Saint François d’Assise A0-202 (Amphithéâtre Roger-Breault)
Meetings: Univeristé Laval Pavillon Adrien-Pouliot, Room: PLT-3510
How to Harness the Advantages of 3D Printing of Ceramics for Dental Applications
3D printing of ceramics enables a design freedom that is not achievable using tradition methods in the dental industry.
We will discuss how we can achieve with our Ceramics 3D printers tight tolerances while maintaining high strength and hardness that are
comparable to tradition manufacturing technologies.
Case studies will highlight some of the success stories that we have achieved for dental applications.
Best Tips for Dental Implants Surface Characterization
Our experts will bring you all they have learned from the multiple surface measurements they have taken on samples from the dental implant field.
Key Topics:
How to evaluate the roughness of a dental implant?
Other topographic evaluations (different surface color, reflectivity, shape, coatings, texture…
What to find in a 3D topography that you cannot find in a 2D topography?
The most suitable techniques for Dental implants Research and Quality Control
Webinar: Tuesday April 27, 2021, 11:00-12:00 EST
Guest Speakers:
Peter Durcan
VP of Sales for North AmericaPeter Durcan with over 3 years in additive ceramics, a bachelor of commerce degree holder with an MBA from the Open University, United Kingdom. Peter, an Irish national who has been running the North American market with 3D Ceram for the past 2 years.
Natalia Bermejo Product SpecialistNatalia joined Sensofar shortly after finishing her bachelor’s degree in Nanoscience and Nanotechnology at Universitat Autònoma de Barcelona (UAB) in 2018. Since then, she has been
providing technical and application’s support for the Sales Team, as well as training and installing systems for prospective clients and customers. In 2020, Natalia moved to Silicon Valley, providing support to high-tech companies, as well as being the bridge between Sensofar and California’s distributor of the Sensofar brand. Currently, Natalia has returned to Barcelona HQ, and she’s has taken on an additional role supporting the Marketing Team, participating in content generation for the Sensofar channel.
SRC is pleased to announce that we have concluded an agreement with Cordouan Technologies to be exclusive distributor in Canada of their VASCO KIN™ particle analyzer— a role we take on with great enthusiasm.
VASCO KIN™
The VASCO KIN™ is a Nanoparticle Size Analyzer. A new generation of time-resolved instruments for accurate kinetic analyses combined with an in situ and contactless remote optical head. It allows for real-time monitoring of nanoparticle synthesis, agglomeration or the stability of suspensions using Dynamic Light Scattering (DLS). With a single and continuous measurement, VASCO KIN™ gives access to all characterization data of a reaction (size distribution, scattered intensity, correlogramms, etc.).
Key features and benefits
Frequency stabilized laser and artefact-free Avalanche Photodiode (APD) detector
→ High measurement accuracy
→ Very low sample scattering
Embedded dedicated PC, including software correlation and complete and dedicated software NanoKin®
→ User-friendly interface
→ Photon-counts storage for time-resolved analysis and post-analysis
→ Full reports, including kinetic analysis
Enhanced mathematical models
→ Better reliability of results
→ 2D colormap of size distribution over time
Measurement configuration: in situ / contactless remote probe
Particle size range: 0.5 nm to 10 µm*
Concentration range: up to 40% wt*
Measurement time: from 2s up to 12 hours
Time resolution: down to 200 ms
Small footprint, no moving parts, and easy-to-integrate in harsh environments
About Cordouan Technologies
Cordouan Technologies is a French company specializing in advanced solutions for characterization (size, charge, etc.) of nanoparticles and nanomaterials. They develop, industrialize, manufacture and sell innovative instruments dedicated to academic research and industrial applications (process monitoring, quality control and R&D).
Cordouan Technologies’ unique product portfolio stems from patented and innovative technologies transferred from prestigious institutes, including Institut Français du Pétrole (IFPEN), Karlsruhe Institute of Technology (KIT) and Institut Charles Sadron (ICS).
The cancer world isn’t flat: why cancer researchers adopt 3-D bioprinting
The growing push for 3-D tissue models is limited by challenges in automated handling, processing and scalability of the technology to various types of materials and high-throughput applications. To meet these challenges, ROKIT Healthcare has developed all-in-one bioprinting platforms and human-cell derived ECM bioinks that allow researchers to biologically mimic the formation of complex, heterogeneous 3-D structures and to scale the technology to high-throughput applications. This webinar will focus on the platform’s usage in cancer biology. It will discuss evidence for 3-D bioprinting capturing altered proliferation and cell morphology profiles, revealing more realistic drug responses, and mimicking vascularized tumor microenvironments – to suggest why bioprinting of cancer cells is a scientifically rigorous method to generate physiologically relevant cancer models for preclinical screening and testing, as well as for new therapy research. You will learn about:
– Key advantages of 3D bioprinting over other techniques
– Five alterations in cellular physiology of cancer cells in 3D vs. 2D
– Evaluation of how 3D bioprinted tissues have altered proliferation and cell morphology
– Evaluation of how 3D bioprinted tissues reveal more realistic drug responses
– Evaluation of how 3D bioprinted tissues mimic complex tumor-immune microenvironments
– Built-in cell incubator, diverse material use, and high-throughput capabilities of ROKIT Healthcare’s all-in-one bioprinting platform Dr. INVIVO 4D6
Dr. Sanjay Gupta
Professor & Research Director
Dr. Sanjay Gupta is a Professor & Research Director and holds Carter Kissell Endowed Chair in Urologic Oncology in the Department of Urology at Case Western Reserve University and The Urology Institute at the University Hospitals Case Medical Center. Dr. Gupta’s research focuses on understanding the risk factors and mechanisms of prostatic and bladder diseases, develop appropriate biomarkers for early detection and prognosis, identify novel targets to monitor the efficacy of various synthetic and natural agents and develop them as chemo preventatives/therapeutics Dr. Gupta has authored some 150 publications, including book chapters, research articles and reviews, and has spoken at several occasions in cancer prevention symposium, seminars and meetings. He has been serving in various study sections at National Cancer Institute (NCI) and Department of Defense (DOD), and other councils around the globe.
Madhuri Dey
Ph.D Candidate @Ibrahim Ozbolat Lab – Penn State University
Talk Title: 3D BIOPRINTING OF THE CANCER MICROENVIRONMENT
Da-Yae Lee
Senior Bio-Consultant @ROKIT Healthcare
Talk Title: ALL-IN-ONE BIOFABRICATION IS THE KEY TO UNRAVELING CANCER COMPLEXITIES
How can an optical profiler help to discover the diets of extinct species? And how did our ancient ancestors use tools in the Stone Age? These and other questions will be answered during this session, which we will be covering the Sensofar solutions for archaeology, paleontology and related fields of science.
Several applications will be presented such as the use of scale-sensitive fractal analysis in microwear studies, showing the advantages of our 3-in-1 technology. We want to show you how we helped make this amazing science easier, faster and more reliable.
David Paez
Sensofar Metrology
Received bachelor’s degree in Engineering Physics at Polytechnic University of Catalonia (UPC) and MSc in Nanoscience and Nanotechnology at University of Barcelona (UB). As a Sales Specialist, I’ve helped customers all around the world to choose Sensofar’s systems, no matter the field they are in. Some of my duties are to communicate Sensofar’s knowledge about optical metrology and train our customers on how to extract all the potential from our 4-in-1 technology equipment.
SRC is pleased to introduce Sensofar Metrology’s new metrology tool for wide areas—the S wide. The S wide is a dedicated system designed to rapidly measure large sample areas up to 300 x 300 mm. It provides all the benefits of a digital microscope integrated into a high-resolution measuring instrument. On top of that, with single button acquisition, it is extremely easy to use.
Large-area 3D optical system
The S wide is a large-area 3D optical system providing solutions in the following fields:
Advanced manufacturing
Archaeology and paleontology
Consumer electronics
Medical devices
Molding
Optics
Watches
S wide features
Sub-micron height repeatability over entire extended area
One shot height measurement up to 40 mm without Z scanning
Bi-telecentric lenses with very low field distortion providing accurate metrology
Form deviation from 3D CAD models, providing the geometric difference and tolerance measurement
ISO standards
Traceability
Every S wide is manufactured to deliver accurate and traceable measurements. Systems are calibrated using traceable standards according to ISO 25178 and VDI 2634-2.
Sensofar Metrology is a member of the Sensofar Group, headquartered near Barcelona, a technology and innovation hub. Sensofar Metrology’s mission is to develop, manufacture and market high-end 3D surface metrology instruments. They also provide consultancy within the field of metrology, and pursue a philosophy of guaranteeing advanced techniques, high quality and customer service.
As we did during the month of April, we would like to share a virtual coffee with you again this coming June.
Join our Four4Free weekly webinars to hear best-in-class metrology tips from our most experienced experts. This month we are focusing on a more technical field to get the most out of optical profilers in different applications.
The live events will take place every Thursday in June, one full hour of exciting keynotes and will allow time for your questions too.
We want to bring our knowledge to meet your new ideas!
OUR FIRST APPOINTMENT Learn more about the unlimited world of surface metrology
Optical Metrology Masterclass II: Be an Expert on Thickness & Interferometry
A second chance to learn everything we know
Our most renowned expert, Dr. Roger Artigas CTO & President of Sensofar Metrology, will dive deep into the features that identify Thickness & Interferometry optical measurement technologies to solve any challenge or question you may have regarding the use of them.
Introduction, Ion Beams, MS/MS, and Materials Applications
FREE LIVE WEBINAR
Thursday, May 14, 2020 – 10:00am (Chicago)
Time-of-Flight Secondary Ion Mass Spectrometry (TOF-SIMS) is a powerful analytical technique that can provide elemental and molecular information with high sensitivity from the sample surface to tens of microns into the sample. Additionally, TOF-SIMS can produce chemical images with high spatial resolution (<70 nm). This is achieved by utilizing a variety of ion beams to either analyze (Binq+, Au nq+, C60q+, Ga+), sputter (O2+, Cs+, Ar+, large gas cluster Ar), or mill (Ga+ FIB) the sample. The most recent advancement in TOF-SIMS is the capability of MS/MS (i.e. tandem MS) which enables confident molecular identification. The flexibility of TOF-SIMS makes it a valuable tool to investigate a wide range of materials. This webinar will introduce the fundamentals of TOF-SIMS, discuss ion beams and MS/MS, and show materials applications.
WHEN
Thursday, May 14, 2020 – 10:00am (Chicago)
WHAT
TOF-SIMS 101: Introduction, Ion Beams, MS/MS, and Materials Applications
PRESENTER
Andrew Giordani – Physical Electronics Staff Scientist
PLEASE CLICK THE LINK BELOW TO REGISTER FOR THE EVENT!
Sensofar Metrology is one of two divisions of the Sensofar group, based in Barcelona, Spain, an innovation and technology hub. Sensofar Metrology is renowned for its:
High-end, non-contact, 3D surface profilers based on complementary confocal, interferometry, focus variation and spectroscopy reflectometer techniques;
Consultancy within the field of metrology;
Advanced R&D generating patented technologies contributing to hundreds of surface metrology applications worldwide.
Non-contact 3D surface metrology
3D surface metrology is the measurement and characterization of micro- and nano-scale features on natural or manufactured surfaces. This is done efficiently by capturing the 3D spatial coordinates of points on a surface using a non-destructive optical technique.
Surface topography at the nanometer level
Optical surface profilers have crucial advantages over tactile approaches:
Measurement is non-contact, so there’s no damage to the object being measured;
Optical techniques can measure through transparent media, are fast and flexible, and yield 3D (areal) results;
Measurement performance depends on wavelength and numerical aperture, eliminating limitations caused by the physical size of a stylus tip.
The most common optical techniques available are confocal, interferometry and focus variation, each of these has their own strengths and weaknesses.
Superior vertical resolution with confocal
Confocal: Confocal profilers measure the surface height of smooth to very rough surfaces, with spatial sampling as low as 0.10 μm—ideal for critical dimension measurements. High NA (0.95) and high magnification (150X) objectives are available to measure steep local slopes >70° on smooth surfaces with and up to 86° on rough surfaces. Sensofar’s proprietary confocal algorithms provide vertical repeatability on the nm scale.
Interferometry: White-light vertical scanning interferometers (VSI) measure the surface height of smooth to moderately rough surfaces, providing nm vertical resolution regardless of the NA. Sensofar’s new S neox optical 3D profiling microscope can use all available magnifications to profile shape features with no compromise in height resolution.
Focus variation: Focus variation has been developed for measuring the shape of large rough surfaces. Sensofar’s implementation of this approach has been specifically designed to complement confocal measurements at low magnification. Highlights of the technology include high slope surfaces (up to 86°), highest measurement speeds (mm/s) and large vertical range. This combination of features is largely suited to tooling applications.
Sensofar Metrology products
New S neox: The new S neox optical 3D profiling microscope outperforms all previous microscopes of its kind in terms of performance, functionality, efficiency and design. It combines all three of the above techniques: confocal (best for surfaces with high slopes), interferometry (highest vertical resolution) and focus variation (measures shape in seconds). The S neox does all this in the same sensor head without any moving parts. The S neox delivers three-in-one technologies for class-leading areal measurement.
S neox helps in archaeological study of an ancient rock drawing
S neox Five Axis: The S neox Five Axis S measures samples at different positions of rotation and elevation,thereby generating a group of individual measurements. The SensoFIVE software merges all of the surfaces, providing a sample surface with high accuracy by using the stacked image information of each single surface measurement. Merging different elevations, the system can provide shape and form information on sharp edges and/or critical surfaces.
Request a quote
Click here to request a quote on any Sensofar product.
This fall SwissLitho is releasing its newest product “NanoFrazor Explore DLS“. This unique hybrid nano-micro lithography system, which combines thermal Scanning Probe Lithography (tSPL) with Direct Laser Sublimation (DLS) was developed by Heidelberg Instruments and SwissLitho.
SwissLitho commercialized tSPL out of IBM Research in 2014 and its commercial NanoFrazor systems are installed at various institutions and used for the fabrication of nanodevices when usual nanolithography techniques get complicated or fail.
You are cordially invited to this workshop which aims to introduce the capabilities of the technologies of Heidelberg Instruments and SwissLitho and discuss their opportunities for McGill University researchers.
Date and time: 1:30 pm, Sept 17th, 2019
Place/Room: Rutherford Physics building, RM 105, 3600 University street
Program:
1:30 pm
NanoFrazor lithography – an overview
1:55 pm
NanoFrazor DLS – mix&match lithography in the same resist and same system
2:20 pm
Overview on various pattern transfer processes for NanoFrazor lithography
2:45-3:00 pm
Open user discussion
3:00-5:00 pm
Live System demo in CR
We are looking forward to seeing you at our workshop!
Optical tensiometer; Smart interfacial measurement solutions for wettability and adhesion
The new generation Theta Optical Tensiometer (Attension® Theta Flex) from Biolin Scientific is a contact angle meter that enables all measurements in one instrument for both research and quality control. It measures static and dynamic contact angle, 3D surface roughness, surface free energy, surface and interfacial tension, and interfacial rheology.
Theta Optical Tensiometer
One
instrument for all your measurement needs
All the measurements are readily included
in the software. Thanks to the modular design, all applications can be
fulfilled with one instrument and the instrument can be tailored for your
needs.
Results you can rely on
High-end imaging together with
sophisticated analysis algorithms detect and analyze the contact angle and
surface free energy precisely. The effect of roughness to wettability can be
measured with the unique 3D Topography module.
Speed and repeatability
All steps from loading the measurement to
performing it and analyzing the data can be automated. The need for time
consuming preparations and cleaning are removed with the disposable liquid
tips.
Attension Theta Flex can perform a
complete range of measurements including:
Static contact angle with the
sessile drop, captive bubble and meniscus methods
Dynamic contact angle with the
tilted drop and sessile drop methods
Surface free energy with the
sessile drop, captive bubble and meniscus methods
Surface- and interfacial
tension with the pendant drop and reverse pendant drop methods
Roughness-corrected contact angle and
3D surface roughness with the Fringe projection phase shifting method
Interfacial dilatational
rheology with the pulsating drop method
OneAttension software
OneAttension features an intuitive user
interface, live analysis and configurable user groups and accounts. In-depth
analysis of your results takes a few seconds and data can easily be exported.
Modules and accessories
Attension Theta Flex enables you to choose
the level of automation and the advanced functionalities that you need for your
applications. With the modular design and an extensive range of modules
and accessories you have room to upgrade or change the instrument as your
needs evolve.
Attension
Theta Flex: one instrument for all your measurement needs.