What is Custom Optical Fabrication and Why Do You Need It?
Discover the significance of custom optical fabrication in our insightful blog, ‘What is Custom Optical Fabrication and Why Do You Need It?’
What Materials Are Used in Custom Optical Fabrication?
Discover the materials behind custom optical fabrication in our blog ‘What Materials Are Used in Custom Optical Fabrication?’.
What to Expect During the Custom Optical Fabrication Process?
Explore the custom optical fabrication process in detail and enhance your understanding today with our blog ‘What to Expect During the Custom Optical Fabrication Process?’.
What are the Basics of Optical Design Everyone Should Know?
Discover essential optical design insights in our blog ‘What are the Basics of Optical Design Everyone Should Know?’ – delve into the world of optical design now!
ios Optics: Embracing Global Compliance as an ITAR Registered optics Company
At ios Optics, we take immense pride in announcing our certification under the International Traffic in Arms Regulations (ITAR). This registration, as a ITAR registered optics company, is a testament to our steadfast commitment to adhering to international standards and regulations, ensuring that we remain at the forefront of the global optics industry, particularly in the fields of defense and aerospace. Why ITAR Registration Matters ITAR registration is critical for companies involved in the manufacture, sale, or distribution of goods and services classified under the United States Munitions List (USML). It serves as a cornerstone in our compliance strategy, ensuring …
Nuclear Fusion: Tiny Diamond Sphere That Could Unlock Clean Power.
03am on Monday 5 December, scientists at the National Ignition Facility in California aimed their 192 beam laser at a cylinder containing a tiny diamond fuel capsule. That powerful burst of laser light created immense temperatures and pressures and sparked a fusion reaction – the reaction which powers the sun. The National Ignition Facility (NIF), part of the Lawrence Livermore National Laboratory (LLNL), had done such experiments before, but this time the energy that came out of the reaction, was more than the laser power used to trigger it. Scientists have been trying for decades to meet that threshold and the hope …
