Electronic devices are essential in our fast-paced world. They rely on batteries for power. As technology advances, more efficient, durable, and flexible batteries are needed. This has led to the development of flexible batteries, offering a wide range of benefits and possibilities for the future.
Unlocking the Potential: The Rise of Flexible Batteries Read More »
Metallography is a fascinating scientific discipline that has revolutionized our understanding of engineering materials and their properties. By analyzing the microstructure of materials, metallographers can gain valuable insights into their physical properties, such as tensile strength, ductility, and hardness. Metallography has a wide range of applications across various industries, including manufacturing and engineering, automotive and aerospace, energy and power generation, and research and development. Metallographers use a variety of techniques to evaluate and uncover the hidden microstructural features of metals, allowing for the development of more robust, reliable, and safer products.
Today’s technology relies heavily on engineering materials, including metals, ceramics, polymers, composites, etc. Metallography is a technique used to evaluate these engineering materials’ properties using macroscopic and microscopic methods. This discipline is essential for engineers and scientists working in industries from aerospace to automotive to electronics, education and research, as it provides critical information on
What is Metallography? Read More »
Preserving art is important for future generations. Microscopy solutions help analyze and document the materials and structures of paintings and artifacts. This technology benefits art historians, archaeologists, and conservation experts in museums and workshops. Microscopy is also useful in restoring pottery and ceramic artifacts by identifying potential issues and developing solutions. Microscopy has been used successfully in restoring iconic artworks like the Mona Lisa and Starry Night. Opti Tech’s new Opto Advanced Digital Imaging Modules are exciting tools for restorers to use in art conservation. They provide more advanced solutions for successful restorations and a greater appreciation of our cultural heritage.
Microscopy in the Arts Read More »
The University of British Columbia’s Mineralogical Research Group, headed by Professor Lee A. Groat has received a Leica DM750P microscope from Opti-Tech Scientific Inc. The professor states that the device has revolutionized graduate students’ research efforts.
Here are some recommendations we have on the right microscopes for post-secondary students.
Best Microscopes for Students Read More »
The main purpose of using a microscope for a visual inspection is for the selected microscope to optimize the entire process, from the beginning of the inspection to the sharing of results.
How to Select the Right Microscope for Routine Visual Inspection Read More »
Since first invented, the microscope has become a universal tool. We’ve come a long way from the history of microscopy, what does the future hold? What are a few innovations to keep your eye out for?
The History of Microscopy Read More »
The same, however, can be said about microscopes.
There is an undeniable curiosity in humankind; we see it in our everyday lives. Whether it is as simple as finding out where a new road would lead, as massive as attempting to understand the effect of a black hole in the universe, or even the nanoworld, otherwise hidden by our limited vision.
There Is More to Opti-Tech Than Meets The Eye Read More »
This year Buehler has been celebrating its 100 years of Wilson Hardness. They are even putting on Wilson Hardness Days in October to showcase testers, calibration, and more over two days. Following this trend, Buehler wanted to reveal more about their Reference Block Lab in Birmingham, New York. Want to know more? Read below: Congrats,
Buehler’s Test Block Lab Read More »
Copyright ©2022 Opti-Tech Scientific | All Rights Reserved | Site Maintained by: Capowebdesign Inc.