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Thresholding in Image Analysis Methods
Pharmaceutical companies, material scientists, and industrial manufacturers, among others, often turn to microscopic image analysis techniques to collect information about the particulate within a material of interest. Often, these techniques attempt to capture size and shape information of
The Importance of Linearity in Dynamic Light Scattering
From skim milk to cosmetic products to semiconductors, the importance of understanding and characterizing nanometer-sized materials and their applications has never been more necessary. Among the various techniques and applications used to characterize materials on the nanometer scale,
Going, Going, Gone… Or Not?
When you send material to PTL for analysis, do you need your samples back? Perhaps they are difficult to produce, expensive, or highly proprietary. While we are always happy to send back any untested samples, we can’t always
Be Prepared!
Whether you’re running a large or small company or even a private household, having a plan in case of unexpected situations can mean the difference between speedy recovery and immobilization. When that situation is damaging or even catastrophic,
Why Instrument Variety Matters in Laser Diffraction Testing
Laser diffraction is a technique that determines a volume-weighted particle size distribution based on the angles at which a dispersion of particles scatter laser light. This technique is commonly used as a quality control test and benefits many
An Oldie but a Goodie – The Importance of Sieves in the Modern Particle Characterization Lab
As the saying goes, “Times change, but things stay the same.” While this may seem contradictory in many aspects of science and the modern analytical lab due to advancements in technology and automation, there is still a place
What Goes into Your Final Report from PTL?
Particle Technology Lab’s mission has always been to create partnerships with our clients to understand their needs and to deliver quality results. We take pride in our processes and in the value we provide to each and every
A Case for Leaving Legacy Equipment on the Bench
Advancements in science and technology are exciting and impactful. Improvements in efficiency, accuracy, sensitivity, and other aspects of testing equipment help drive discoveries, product enhancement, effectiveness, and safety. For these reasons, one may ask “Why not always use
What is Dispersion and Why Is It Important?
Particle characterization—the determination of a material’s physical and chemical properties—is a cornerstone of industries such as pharmaceuticals, materials science, biology, and environmental science. Among these properties, particle size is particularly crucial, influencing a material’s performance, stability, and application.
Popular Articles
Physical Measurement
What is the Difference Between Thermogravimetric Analysis (TGA) and Differential Scanning Calorimetry (DSC)
Spring is upon us, and with it comes fluctuating weather conditions! You’re enjoying some warmer days, but also a little worried how the extreme changes in temperature may affect your products. Thermal analysis can help you better understand
Pore Size
What Is Mercury Intrusion Porosimetry and When Is It Used?
You need to characterize the pore structure of your product, but you’re unsure of how best to do so. You’ve done your research and found a technique called Mercury Intrusion Porosimetry (MIP) but it’s unclear if this is
Particle Size
PTL now offering USP 788, USP 789 and USP 787 Testing
Particle Technology Labs is pleased to announce we are now offering USP <788> Particulate Matter in Injections testing, USP <789> Particulate Matter in Ophthalmic Solutions testing, and USP <787> Subvisible Particulate Matter in Therapeutic Protein Injections testing. Parenteral