NanoFrazor Workshop | Sprctra Research Corporation | Heidelberg Instruments

Fabrication and Characterization of Advanced Nano and 2D Material Devices – Seminar & Workshop at McGill University

Posted on by Mihir Mehta

Date: June 20, 2025
Time: 10:00 AM Onwards
Venue: McGill University – Room 103, Rutherford Physics Building
Address: 3600 University Street, Montreal, Quebec, Canada H3A 2T8

Event Overview:

Spectra Research Corporation (SRC) in collaboration with Heidelberg Instruments invites you to an exclusive seminar and hands-on workshop focused on cutting-edge nanofabrication techniques and characterization methods for advanced nano and 2D material devices. Join industry-leading experts and researchers at McGill University to explore next-generation NanoFrazor capabilities and advanced AFM characterization methods.

Agenda

Morning Session:

  • 10:00 AM – 10:15 AM: Facility Introduction by Dr. Zhao Lu
  • 10:15 AM – 10:30 AM: SRC and Vendor Introduction by Serge Dandache (SRC)
  • 10:30 AM – 11:15 AM: Presentation by Dr. Nicholas Hendricks (Heidelberg Instruments)
    Topic: Fabrication of Advanced Nano and 2D Material Devices – Utilizing Next Generation NanoFrazor Capabilities
  • 11:15 AM – 11:30 AM: Coffee break with some Donuts!!
  • 11:30 AM – 12:00 PM: Presentation by Sean Chen (McGill University)
    Topic: Probing the Persistent Photoresponse in WS₂ using Kelvin Probe Force Microscopy
  • 12:00 PM – 1:00 PM: Lunch Break – Pizzas and Drinks

Afternoon Workshop Sessions (Cleanroom Demo):

  • Session 1: 1:00 PM (Max 5 participants)
  • Session 2: 1:45 PM (Max 5 participants)

Note: Each workshop session is limited to a maximum of 5 participants. Please register in advance and indicate your preferred slot (First come, first served basis).

Keynote Speakers

Dr. Nicholas Hendricks
Innovation Manager, Heidelberg Instruments Nano, Zürich, Switzerland

Nicholas specializes in next-generation nanolithography, with extensive experience in polymer science and advanced fabrication techniques. His expertise includes direct-write lithography methods for nanoelectronics, photonics, molecular sensing, and quantum computing applications.

Talk Highlights:

  • Overview of Thermal Scanning Probe Lithography (t-SPL) with Heidelberg’s NanoFrazor for precise fabrication of nano and 2D material devices
  • Benefits of NanoFrazor for direct-write nanolithography without charged particle damage
  • Application examples including nanowires, quantum devices, and 2D material electronics
  • Latest advancements: parallelized large-area patterning and automated nanofabrication

Sean Chen
Master’s Student, Department of Physics, McGill University

Working under Prof. Peter Grutter, Sean focuses on electrical properties of two-dimensional materials and optoelectronic devices, employing atomic force microscopy techniques such as Kelvin Probe Force Microscopy to study persistent photoconductivity in transition metal dichalcogenides.

Talk Highlights:

  • Understanding persistent photoconductivity in WS₂ flakes using Kelvin Probe Force Microscopy
  • Time-resolved studies of surface potential and photocurrent
  • Investigations on the effects of illumination intensity, wavelength, doping, and flake thickness

Hands-On Demo: NanoFrazor – Thermal Scanning Probe Lithography

Experience a live demonstration of Heidelberg’s NanoFrazor Thermal Scanning Probe Lithography System, showcasing its unique capabilities including:

  • High-resolution, markerless overlay and sub-2 nm vertical precision
  • Real-time in-situ imaging
  • Versatile modular platform suitable for quantum devices, photonics, biotechnology, and MEMS
  • Integrated Direct Laser Sublimation (DLS) for high-speed micro patterning

Who Should Attend?

  • Researchers and professionals in nanoelectronics, semiconductor fabrication, and materials science
  • Graduate students in physics, chemistry, and engineering
  • Industry professionals involved in advanced electronic device fabrication and characterization

Register Today!

Don’t miss this opportunity to deepen your knowledge, network with experts, and gain practical insights into cutting-edge nano and 2D material research and fabrication techniques.

For inquiries or workshop registration, please contact us at:
📧 info@spectraresearch.com | 📞 905-890-0555

We look forward to seeing you at McGill University!

3D Metrology for Semiconductor Manufacturing

Precision 3D Metrology for Semiconductor Manufacturing

Posted on by Mihir Mehta

Times:

Option 1: 10 am CEST (More suitable for Europe and Asia)
Option 2: 6 pm CEST (More suitable for North and South America) 

 

While the semiconductor industry continues to push the limits of device performance and miniaturization, 3D metrology remains essential for achieving consistent yield, reliable quality, and faster time-to-market. 

In this webinar, discover how 3D optical metrology meets the challenges posed by both front-end and back-end semiconductor manufacturing. You’ll learn about cutting-edge automation for in-line inspection, best practices for advanced packaging and heterogeneous integration evaluation, and real-world applications from wafer-level testing to final device verification. 

Join us to see how Sensofar’s metrology solutions can help keep you ahead in the rapidly evolving semiconductor landscape. 

 

Key topics 

  1. Critical role of 3D metrology for semiconductor manufacturing Gain a clear understanding of the key challenges in today’s shrinking geometries and tight tolerances. Discover how non-contact 3D surface measurements optimize process control, reduce defects, and increase yield in both front-end and back-end semiconductor production. 
  2. Leveraging Automation for High-Volume/High-Yield Environments Learn how automated acquisition and analysis streamline inspection steps, 
  1. -making in high-throughput fabs. Discover how integrable systems ensure consistent quality and cost-effectiveness at every semiconductor manufacturing step. 
  2. Tackling next-gen chips: advanced packaging and heterogeneous integration Dive into the specific metrology needs of emerging packaging technologies, like 2.5D and 3D packaging, wafer and panel-level packaging, and co-packaged optics. Understand how 3D optical metrology addresses critical inspection requirements to ensure product reliability in the face of increasingly complex integration. 
  3. Real-world Applications Across the Semiconductor Supply Chain See how semiconductor leaders integrate 3D measurement at wafer-level testing, post-bond inspection, and final device verification. Uncover proven strategies for catching defects early, reducing scrap, and maintaining quality throughout multi-site supply chains. 

 

Register Here

CSC 2025

Join SRC at CSC 2025 – Premier Instruments from Genizer & HORIBA

Posted on by Mihir Mehta

SRC at the Canadian Chemistry Conference and Exhibition (CSC 2025)

Date: June 15–17, 2025
Location: Ottawa, Canada
Booth #: 517

Discover Cutting-Edge Technology at CSC 2025

Spectra Research Corporation (SRC) is excited to exhibit at Canada’s premier chemistry event—the Canadian Chemistry Conference and Exhibition (CSC 2025). Join us to network, learn, and explore advancements that are shaping the future of chemistry.

At our booth, SRC will feature revolutionary analytical instruments from leading manufacturers Genizer and HORIBA, highlighting their latest innovations.

Instruments Featured by SRC:

1. Partica LA-960V2 – Particle Size Analyzer (HORIBA)

HORIBA’s Partica LA-960V2 redefines particle size and shape measurements by laser diffraction and by image analysis in a single instrument:LA-960V2: Particle Size Analyzer | Particle Characterization in Lithium-ion Battery

  • LA-960V2 is capable of analyzing wet and dry samples.
  • Advanced Optical Design: Ensures precise static light scattering analysis.
  • Automated Laser Alignment: Perfect measurements every time, completed in seconds.
  • Unmatched Precision & Accuracy:
    • Superior instrument-to-instrument consistency, eliminating correlation challenges
    • Fully compliant with ISO 13320 standards
    • Accurate measurement within 0.6% of NIST-traceable size standards
  • Intuitive and User-Friendly: Designed for ease of use regardless of operator experience.

Download Brochure

 

2. NanoGenizer Ⅱ – High-Pressure Homogenizer (Genizer)

Experience unmatched precision in lipid nanoparticle preparation with the NanoGenizer Ⅱ:NanoGenizer II Nano High-Pressure Homogenizer

  • Ultra-high Pressure: Operates up to 45,000 psi (3,062 bar) without compressed air or hydraulic oil.
  • Advanced Applications:
    • Nanoemulsions & Liposomes
    • Particle Size Reduction
    • Biotechnology: Cell Disruption
    • Nano-dispersions & Deagglomeration
  • Outstanding Performance:
    • Energy efficient, consuming half the energy of standard homogenizers
    • Integrated, compact, and lightweight design
    • Smart programmable controls
    • Silent operation and robust throughput (150 mL/min at 30,000 psi)

Download Datasheet

 

Why visit our booth at CSC 2025?

  • Connect and Network: Engage with SRC, Horiba, and Genizer industry leaders.
  • Expand Your Knowledge: Participate in extensive symposia and workshops.
  • Professional Growth: Explore innovative solutions from Spectra Research Corporation that elevate your career.
  • Celebrate Innovation: Recognize and celebrate advancements in chemistry.

Join us in Ottawa and see these state-of-the-art analytical solutions firsthand. Our experts will be on-site to answer questions, provide demonstrations, and discuss your specific application needs.

We look forward to meeting you at CSC 2025!

For more information or to schedule a meeting at CSC 2025:
Contact Us Today – Email: info@spectraresearch.com Phone: 905-890-0555

Advanced Elemental Analysis Technologies

Spectra Research Corporation Partners with HORIBA to Distribute Advanced Elemental Analysis Technologies in Canada

Posted on by Mihir Mehta

Spectra Research Corporation (SRC), a leading Canadian supplier of scientific instruments, is pleased to announce the expansion of its partnership with HORIBA, a global leader in analytical and measurement technologies. Building upon their existing collaboration in particle characterization instruments, SRC will now distribute HORIBA’s state-of-the-art Elemental Analyzers and Glow Discharge Optical Emission Spectrometry (GDOES) systems for materials characterization throughout Canada.

Enhancing Material Analysis with HORIBA’s Elemental Analyzers

Elemental Analyzers HORIBA’s Elemental Analyzers are designed for the precise quantification of carbon, sulphur, oxygen, nitrogen, and hydrogen in various materials. Utilizing Non-Dispersive Infrared (NDIR) gas analysis technology, these analyzers offer ultra-high-precision trace determination at parts per million (ppm) levels with rapid analysis speeds. Industries such as steel manufacturing, nonferrous materials, ceramics, batteries, and semiconductors will benefit from:

EMIA Series: Carbon/Sulfur Analyzers that efficiently determine mass concentrations using an infrared detector.

EMGA Series: Oxygen/Nitrogen/Hydrogen Analyzers that gasify elements in an inert atmosphere for swift and accurate measurements.

Revolutionizing Surface Analysis with GDOES

GD-Profiler 2 Glow Discharge SpectrometerThe GDOES technique provides ultra-fast elemental depth profiling of layered materials, delivering both quantitative measurements and thickness assessments with nanometer depth resolution. HORIBA’s pulsed RF GDOES instruments, equipped with Differential Interferometry Profiling (DiP), are ideal for material research and process development. Key features include:

Comprehensive Element Detection: Capability to measure all elements, including hydrogen, deuterium, lithium, carbon, nitrogen, and oxygen.

Versatility: Suitable for analyzing all types of solid samples, from the surface to depths exceeding 150 micrometers.

A Strategic Partnership for Canadian Industries

This partnership aligns with SRC’s commitment to providing Canadian industries with cutting-edge scientific solutions. By offering HORIBA’s advanced technologies, SRC aims to enhance the capabilities of researchers and manufacturers in sectors such as energy, electronics, metallurgy, and environmental science.

“We are excited to collaborate with HORIBA to bring these innovative elemental analysis tools to the Canadian market,” said Serge Dandache, General Manager at Spectra Research Corporation. “This partnership underscores our dedication to supplying our clients with the highest quality products and services to meet their evolving analytical needs.”

For more information about HORIBA’s Elemental Analyzers and GDOES instruments, or to inquire about purchasing, please visit SRC’s website or contact us at 905-890-0555.

About Spectra Research Corporation (SRC)

Spectra Research Corporation is Canada’s foremost supplier of scientific instruments, serving governments, universities, and commercial facilities. SRC offers a comprehensive range of high-quality products and innovative solutions for materials testing, precision measurement, quality assurance, and advanced research applications.

For more information on this partnership or to inquire about HORIBA products from Spectra Research Corporation, please contact:

Spectra Research Corporation
Serge Dandache
General Manager – SRC
Address: 3585 Laird Rd Unit 15 & 16, Mississauga, ON L5L 5Z8
Phone: 514 908 9786
Email: serged@aca.ca

About HORIBA

Founded in 1953, HORIBA has explored a wide range of unique measurement and analysis technologies to meet global customer needs from 47 group companies and local sites spread across 28 countries and regions. Under the corporate motto Joy and Fun, the company has expanded and refined its core technologies to solve society’s energy issues of today and tomorrow. Our unique measurement and analysis technologies are valued in various fields of society including the three megatrend business fields of Energy & Environment, Biology & Healthcare and Materials & Semiconductor. For more information on HORIBA, visit https://www.horiba.com/int/company/about-horiba/home/

HORIBA
Joanne Lowy
Senior Marketing Specialist – HORIBA
Address: 20 Knightsbridge Road, Piscataway, NJ  08854
Phone: 732 600 2569
Email: joanne.lowy@horiba.com

Surface Texture Characterization: webinar from Sensofar

The Ultimate Guide to Surface Texture Characterization

Posted on by Mihir Mehta

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 Paez.png

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!

Fiber Wettability - Contact Angle Measurement

Webinar: Fiber Wettability – How to Measure Contact Angle of Thin Objects

Posted on by Mihir Mehta

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!


Fiber Wettability - Contact Angle Measurement

Measuring Fiber Wettability: Techniques for Contact Angle Measurement

Posted on by Mihir Mehta

Understanding the surface properties and wettability of fibers is critical for a wide range of applications, including textiles, composites, and advanced materials. One key parameter in assessing these properties is the contact angle, which provides valuable insights into the adhesion characteristics and surface energy of fibers. In this article, we will review and compare different methods used to measure the contact angle of fibers, exploring their advantages, limitations, and practical applications.

What is Contact Angle?

The contact angle is the angle formed where a liquid interface meets a solid surface, indicating how well the liquid wets the surface. A smaller contact angle suggests better wettability, while a larger angle implies poor wettability. Measuring the contact angle on flat surfaces is relatively straightforward, as a droplet of liquid can be easily placed on the surface. However, when dealing with thin or flexible materials like fibers, specialized techniques are required to obtain accurate measurements.

Methods for Measuring Contact Angle on Fibers

Several methods can be employed to measure the contact angle on fibers. These methods vary depending on the fiber’s physical properties, such as diameter and flexibility, and the desired measurement accuracy.

1. Sessile Drop Method

Using an optical tensiometer, the sessile drop method involves placing a droplet of liquid on the fiber and capturing an image of the droplet to measure the contact angle. In this method, the droplet must be small enough to fit on the fiber, typically achieved with a picoliter dispenser. With picoliter-sized drops, droplet diameters as small as 100 µm can be obtained, making this method suitable for fibers that are rigid enough to support a droplet without deformation.

sessile method for contact angle measurement

2. Meniscus Method

The meniscus method also utilizes an optical tensiometer to measure the contact angle. Here, the fiber is immersed in the liquid, and the meniscus formed at the fiber-liquid interface is observed. This method is most effective for contact angles below 90 degrees, as higher angles result in an inward meniscus that cannot be accurately measured. The meniscus method provides valuable data on the interaction between the fiber and liquid during immersion, but it is limited in its application to higher contact angles.

Meniscus method for contact angle measurement

3. Wilhelmy Plate Method

The Wilhelmy plate technique uses a force tensiometer to measure the contact angle by immersing a single fiber into a liquid and calculating the force exerted by the liquid on the fiber. This method is particularly useful for very thin or flexible fibers that cannot support a droplet. However, one limitation is that the diameter of the fiber must be known to obtain accurate results.

Comparing the Methods

Each of these methods offers unique advantages and is suited to different types of fibers and experimental conditions. However, it is important to note that the results obtained from these methods cannot be directly compared, as they measure slightly different aspects of the contact angle.

  • The sessile drop method provides a static contact angle, though the rapid evaporation of small droplets can lead to measurements that approximate receding angles.
  • The meniscus method measures a receding contact angle as the fiber is immersed and then withdrawn from the liquid, although the contact line remains stationary during measurement.
  • The Wilhelmy plate method is ideal for very thin fibers, but the fiber’s diameter must be precisely known for reliable results.

Each method offers valuable insights into fiber wettability, and the choice of method should depend on the specific characteristics of the fiber and the application.

Applications of Contact Angle Measurement in Fiber Research

Understanding the wettability of fibers is essential in optimizing industrial processes such as dyeing, coating, and adhesion in composite materials. By tailoring the surface properties of fibers, manufacturers can improve product performance, durability, and overall efficiency. These measurements are critical for industries looking to enhance their material properties for specific applications, from textiles to advanced nanomaterials.

Related Products

Force Tensiometer Sigma 700 & 701 Optical Tensiometer Theta Pico

Sigma 700/701

Theta Pico

 

To learn more about contact angle measurement techniques for fibers, or to receive expert guidance on choosing the best method for your application, Contact Us today.

SRC Partners with Genizer in Canada

SRC Partners with Genizer LLC.

Posted on by Mihir Mehta

Together, we proudly expand our Advanced Nanotechnology Solutions with this partnership to Canada – with these High-Pressure Homogenizers and Liposome Extruders/Systems.

Toronto, Canada – SRC is excited to announce its new partnership with Genizer LLC, a leading innovator in homogenizer nanotechnology, to distribute their advanced high-pressure homogenizers, liposome extruders, diamond interaction chambers, sanitary heat exchangers, and high-pressure gauges across Canada. This collaboration aims to provide cutting-edge nanotechnology solutions to anyone seeking to reduce particle size or create homogeneous emulsions.

Founded in 2009 and based in Greater Los Angeles/USA, Genizer LLC has pioneered nanotechnological innovations, delivering the highest-quality equipment that facilitates the efficient creation & processing of nanomaterials such as liposomes, nano-emulsions, nanocrystals, and lipid. Their systems are known for supporting advanced research & production needs across various industries, from pharma to cosmetics, from food to industrial applications.

Genizer’s Product Highlights:

AT THE CORE OF OUR HGH PRESSURE TECHNOLOGY ARE OUR DIAMOND INTERACTION CHAMBERS (DIXC).  High-pressure homogenizers are equipped with various types of valves, nozzles, or chambers. Among them, the Y-Type and Z-Type Interaction Chamber is one of the most powerful and the most commonly used. Genizer’s chambers are made from abrasion-resistant diamond materials. With Genizer’s DIXCs the flow stream is split into channels (one or two) that are redirected over the same plane and propelled into a single flow stream. These DIXCs can be used stand-alone or stacked depending on your processing needs and they result in high shear, impact, turbulence, and cavitation over the single outbound flow stream.  We have been providing high-quality Y-type Diamond Interaction Chambers for high-pressure homogenization in compliance with FDA standards.
  • Real-Time Cooling Options: Our chambers are available with or without real-time cooling (RT), offering greater flexibility to meet your specific operational needs.
  • Interchangeable Technology: Our chamber technology is designed to be fully interchangeable with other machines using similar systems, providing seamless integration into your existing processes.
  • Cost-Effective Solutions: Enjoy significant price savings with our products, without compromising on efficiency, quality, or longevity. Our chambers come with a robust warranty, matching or exceeding the standards set by other manufacturers.

Genizer’s Product Highlights:

NANOGENIZER II:

NanoGenizer II Nano High-Pressure Homogenizer

 The NANOGENIZER II is a state-of-the-art nano high-pressure homogenizer that enables precise particle size reduction and dispersion. It is particularly effective for the preparation of liposomes, nano-emulsions, and lipid nanoparticles, ideal for pharmaceuticals, cosmetics, and other nanoformulations.

Multi Online Liposome Extruders System:

product image of Multi Online Liposome Extruders System

 This system allows for the continuous production of liposomes with a uniform size distribution, critical for liposome formulation, exosome preparation, and artificial cell membranes. It ensures consistent quality and scalability for research and production environments.

PILOTGENIZER:

product image of pilotgenizer

 The  PILOTGENIZER  is a dual-pump pilot-scale high-pressure homogenizer ideal for scaling up nanoformulations from research to production levels. It is designed to meet the rigorous demands of pharmaceutical and industrial manufacturing.

Innovative Solutions for Nanotechnology:

Genizer’s equipment, including their NanoGenizers, provides powerful solutions for a variety of nanomaterials, offering efficient and precise processing for applications such as:

  • Liposomes and nano-emulsions for drug delivery systems
  • Nano-crystals and micelles for improved solubility and stability of pharmaceutical compounds
  • Lipid nanoparticles for cutting-edge vaccine and gene therapy research
  • Cosmetic nano-encapsulation materials for enhanced skincare formulations
  • Nanoparticle dispersion for uniform materials in various industries, including biotechnology and material sciences
  • Nanoparticles food, cannabinoids, and many more…….

In addition to its range of high-performance equipment, Genizer offers a comprehensive microfluidic nano-manufacturing platform that supports development from experimental to pilot-scale production. Their expert nanoformulation development services ensure high-quality results for applications in pharmaceuticals, cosmetics, and other industries.

A Partnership to Propel Innovation:

Through this new partnership, SRC is committed to providing Canadian researchers and manufacturers with the tools needed to explore the next frontiers of nanotechnology.  Genizer’s products enable innovation in nanoformulations, allowing companies to enhance their R&D capabilities and achieve groundbreaking results.

“Genizer’s advanced homogenization and nano-manufacturing technologies are a perfect complement to SRC’s mission of delivering cutting-edge solutions to the Canadian market. We’re excited to provide our customers with access to these world-class tools that will drive innovation in a range of industries“, said Serge Dandache, General Manager at SRC.

About Genizer:

Genizer has built a strong reputation for innovation in high-pressure homogenization and nanotechnology equipment. With a focus on precision and efficiency, their products are designed to meet the unique needs of industries including pharmaceuticals, biotechnology, cosmetics, and material sciences.

“Genizer could not be more pleased with this new partnership with SCR.  Like us, they deliver the highest level of service, care, and empowerment to their clients. They value quality and price.  I have no doubt we will complement each other very well for many years“, said Bryan Colwell, Head of Global Sales at Genizer LLC.

For more information about Genizer’s products and services, please visit SRC’s Genizer product page.

About SRC:

SRC is a leading provider of scientific research solutions in Canada, partnering with world-class manufacturers to distribute the latest technologies in the fields of nanotechnology, material sciences, pharmaceuticals, and more. With a focus on delivering innovative products and outstanding customer service, SRC empowers researchers and manufacturers to achieve excellence in their work.

FABRX partners with SRC to distribute their 3D pharmaceutical printers across Canada and North America

Spectra Research Corporation Partners with FABRX to Distribute Innovative Pharmaceutical 3D Printers and Services Across Canada

Posted on by Mihir Mehta

Spectra Research Corporation (SRC) is pleased to announce a new partnership with FABRX, a leading provider of pharmaceutical 3D printers, software, and pharma-ink development services. This collaboration will bring FABRX’s cutting-edge technology for personalized medicine and small batch manufacturing to the Canadian market, revolutionizing drug development and clinical trials.

FABRX is renowned for its M3DIMAKER pharmaceutical 3D printers, the world’s first GMP-ready pharmaceutical 3D printer series. These printers come equipped with exchangeable printheads and optional built-in quality control capabilities, enabling the fully personalized manufacture of precision medicine for both human and veterinary applications. The M3DIMAKER series supports extemporaneous and compounding preparation regulations using standard pharmaceutical excipients, making it a versatile tool for modern pharmaceutical practices.

A look at FABRX product portfolio:

M3DIMAKER 1 Pharmaceutical 3D Printer product imageM3DIMAKER 1 M3DIMAKER 2


Key Features of M3DIMAKER Pharmaceutical 3D Printers:

  • GMP-Ready: Ensures compliance with Good Manufacturing Practices, crucial for pharmaceutical production.
  • In-Built Quality Control: Optional features for enhanced quality assurance.
  • Exchangeable Printheads: Easy cleaning and flexibility for diverse printing needs and personalized medicine manufacturing.
  • Comprehensive Software: User-friendly software packages for printer control, quality assurance, user tracking and data storage plus extra packages for patient feedback collection, facilitating streamlined workflows and data management.

In addition to their advanced printers, FABRX offers pharma-ink development services. Their team of world-leading scientists assists in designing, developing, and testing 3D printable pharma-inks tailored to specific active ingredients. They also support the manufacture of small batches of novel medication, ideal for clinical trials.

“We are thrilled to partner with FABRX and bring their innovative pharmaceutical 3D printing technology to Canada,” said Serge Dandache, General Manager at Spectra Research Corporation. “This collaboration aligns with our mission to provide cutting-edge solutions to the scientific community and enhance the capabilities of drug development and personalized medicine.”

For more information about the M3DIMAKER 3D printers and to explore how this technology can benefit your pharmaceutical research and development, please visit SRC’s website.

SRC logo

About Spectra Research Corporation (SRC): Spectra Research Corporation (SRC) is a leading distributor of scientific instrumentation and solutions across Canada. SRC partners with world-renowned manufacturers to provide advanced technology and support for various industries, including pharmaceuticals, materials science, and nanotechnology.

About FABRX: FABRX is a pioneering company in the field of pharmaceutical 3D printing, offering a range of products and services designed to facilitate personalized medicine and small batch manufacturing. With a focus on innovation and quality, FABRX continues to lead the way in developing new solutions for the pharmaceutical industry.

LA-960V2: Particle Size Analyzer | Particle Characterization in Lithium-ion Battery

Particle Characterization in Lithium-ion Battery Research

Posted on by Mihir Mehta

As society seeks to advance electrification in pursuit of global sustainability goals, demand for ever-better performance from devices such as lithium-ion batteries is growing steadily. To meet this demand, lithium-ion battery researchers are seeking to gain more control of the materials used and their physical properties. Particle characterization plays a crucial role in realizing this. This article outlines the fundamentals of particle characterization as it pertains to lithium-ion battery R&D and highlights instruments used to conduct this technique.

What is particle characterization?

Particle characterization is the process of analyzing and describing the physical and chemical properties of particles. Particles can vary significantly in size, shape, composition, and other attributes, and understanding these characteristics is essential in lithium-ion battery R&D to improve their efficiency, lifespan, and safety.

Check out the applications note on particle analysis of lithium-ion batteries:

applications note on particle analysis of lithium-ion batteries

Applications note on particle analysis of lithium-ion batteries

How is particle characterization used in lithium-ion battery R&D?

The performance of lithium-ion batteries directly correlates to the properties of the materials of which they are made. Below are several ways in which particle characterization is used in lithium-ion battery R&D.

Cathode and anode materials 

Anode and cathode materials are key components of lithium-ion batteries. A partial list of cathode and anode materials includes:

Cathode materials:

  • Lithium cobalt oxide LiCoO2
  • Lithium nickel oxide LiNiO2
  • Lithium manganese oxide LiMn2O4
  • Lithium iron phosphate LiFePO4

Anode materials:

  • Carbon C
  • Lithium Li
  • Lithium titanate Li2TiO3

Understanding the particle size and size distribution of cathode and anode materials provides insights into electrode performance, the metrics of which include:

  • Capacity: The amount of electric charge that an electrode can store.
  • Charge/discharge rates: How quickly or slowly an electrode can accept or deliver an electrical charge.
  • Cycle life: The number of charge and discharge cycles a battery or electrochemical device can undergo before its capacity significantly degrades or it becomes less effective. It is a critical factor in determining the lifespan and durability of a battery.

The shape of particles of cathode and anode materials can affect:

  • Packing density: This refers to how closely the particles are packed together. The shape of the particles can influence how efficiently they fit together, affecting the overall density of the material. Higher packing density generally means more lithium ions can be stored in a given volume.
  • Porosity: Porosity is a measure of the empty spaces or pores within a material. The shape of the particles can influence the porosity of the cathode and anode materials. Porosity is important because it affects the accessibility of lithium ions to the interior of the material, impacting the efficiency of ion movement within the electrode.

Diffusion of lithium ions: The shape of the particles affects how easily lithium ions can move within the material. Different shapes may generate pathways that promote or impede the movement of ions. Efficient ion diffusion is crucial for the performance of a lithium-ion battery because it affects how quickly ions can move between the cathode and anode during charging and discharging.

Electrolyte and separator materials

As with electrode materials, knowing the particle size and distribution of components in the electrolyte (including salts and solvents) and separator materials helps optimize electrolyte conductivity and separator properties.

Binder and conductive additives

Binder and conductive additives impact electrode integrity and electrical conductivity. Characterizing their particle size and distribution helps optimize electrode structure and improve electron and ion transport.

Degradation analysis

As lithium-ion batteries go through charge and discharge cycles, the properties of the electrode materials can change. Monitoring changes in particle size, shape, and surface area over time helps researchers understand degradation mechanisms and improve battery lifespan.

Safety considerations

Particle characterization techniques can be used to study the thermal properties of battery components. Understanding how materials respond to changes in temperature is crucial for assessing and improving the safety of lithium-ion batteries.

Characterization of Solid Electrolyte Interphase (SEI):

The SEI layer forms on the surface of the electrodes during the initial cycles and significantly impacts battery performance. Characterizing the composition, thickness, and properties of the SEI layer is critical for understanding and optimizing battery behaviour.

Horiba Scientific instruments for particle characterization

HORIBA Scientific has 200 years of experience in developing high-performance scientific instruments and analytical solutions. It offers an impressive range of instruments for particle characterization, including the Horiba LA-960V2 laser scattering particle size analyzer depicted below.

This latest evolution in the LA series continues a long-standing tradition of leading the industry with innovative hardware and software design. The new optical design allows the user to visualize particle dispersion in real-time.

 

Contact:

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SRC continues to offer our customers a range of innovative, high-quality scientific products and laboratory services throughout Canada for industrial and scientific markets. For more information about Horiba Scientific instruments for particle characterization for lithium-ion batteries and other applications, please contact a member of our staff.

nanoparticle deposition system | webinar | src nikalyte

One Step Ultra-Pure Nanoparticle Coatings for Catalysis and Life Sciences

Posted on by Mihir Mehta

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.

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Image analysis and processing package with SensoPRO

Posted on by Mihir Mehta

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