The tube-cleaning process is a critical part of preparation. Read more: “ Comparing the 2 types of MCVD Gas Delivery Systems.” Tip #2: Try this approach for your tube-cleaning process We can delve into the details and identify the system that supports your design goals. If you’d like more insight, I encourage you to call me. A good resource is my in-depth article, which looks at the pros and cons of the two types of MCVD gas delivery systems. Comparing the 2 systems is a fairly hefty subject, so here’s my quick tip: A good way to ensure high yields and reproducibility is to initially select the system that best meets your needs. If you’re entering this market, you may be investigating the two types of systems available: stainless steel and Teflon/glass. Tip #1: Looking to purchase an MCVD? Start by comparing the 2 types of gas delivery systems Don’t hesitate to contact me if you’d like to dig deeper into any of these quick tips. I’ve compiled a few tips that, I hope, will help you optimize the design and enhance your manufacturing process. Perhaps it’s a process issue that’s challenging to solve or a technique that’s difficult to master. As you know, sometimes a problem is a really tough nut to crack. If you operate an MCVD system, you’ve probably experienced your fair share of trial and error. In fact, I viewed my role there as “technical troubleshooter,” thanks to the extensive time spent troubleshooting problems to optimize the design and achieve optical properties in the manufacturing process. Our team was constantly testing new ideas to improve fiber strength and yield as well as the reproducibility of our manufacturing process. “Trial and error.” These two words sum up my 24 years developing and manufacturing specialty preforms and fibers where I operated an MCVD gas delivery system.
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