Founded over 15 years ago by its founder and president, Fabienne Palgé, F-DGSi is primarily a family-owned business. It has become a global leader in innovation, design, and manufacturing of high-quality gas generators for analytical laboratories. F-DGSi meets the needs of the world’s leading manufacturers of analytical instruments for a variety of laboratory applications such as LC-MS, GC, GC-MS, and other fields: analytical, industrial, laser, and environmental.
With the know-how of our French engineering teams, we provide laboratories around the world with a unique and efficient gas production solution (Hydrogen, Zero Air, Nitrogen) offering a safer, more convenient and cost effective alternative to cylinders. Our wide range of products can be also completed by accessories to meet the needs of analytical instruments. Our high quality products, combined with French creativity and design, provide you with absolute peace of mind and help reduce your operating costs, reduce environmental impact and eliminate the inconvenience of cylinder supply.
The need to offer you every day gas generators that best meet your expectations and a service of high quality is key to us.
Let Windward Analytical find the right solution for your needs. Contact us today for a consultation!!!
Liquid Nitrogen for laboratories and medical
The CRYOGEN system is a liquid nitrogen generator which allows you to produce, on demand, your own cryogenic. Liquid nitrogen is a refrigerated liquefied gas with a boiling point of -196°C (-321°F).
It is used for many applications where very low temperatures or large temperature reduction is required. Eliminate the cost of buying liquid nitrogen and the hassle of waiting for deliveries.
Our CRYOGEN units produce high quality liquid nitrogen (LN2) on site from ambient air. Our own PSA technology separates N2 from O2. The nitrogen gas produced is then cooled until it liquefies. It can then be distilled. The liquid nitrogen is transported in a container called a dewar. This vessel is fully insulated. The system can deliver from 10 L/day up to 60 L/day to meet the needs of most applications requiring LN2. Simply connect the unit to a power supply and the system is ready to deliver liquid nitrogen cooled to -196°C (-321°F) at the touch of a button.
F-DGSi provides you with reliable, fully automated, all-in-one technology including: our PSA technology, a liquefaction system with air or water cooling, and easy-to-handle external dispensing. The generator is controlled using an HMI touch screen to display the process in real time, the dewar liquid level and the nitrogen production generated.
Solutions for GC & GC-MS
COSMOS hydrogen generators are an essential and safer alternative to gas cylinders. Today, laboratories are turning to this solution to supply GC detectors and carrier gas. Combining convenience and reliability, our hydrogen generators can thus meet their requirements by offering a constant gas quality and numerous safety features compared to traditional gas sources. Depending on the sensitivity required for your analysis, three models of hydrogen generators are available.
Hydrogen generators have become the preferred method of using hydrogen in the laboratory because they are safer and less bulky, less dangerous than gas cylinders. By simple electrolysis of water, our hydrogen generators will deliver, on demand, a quality of high purity gas that your applications need such as the supply of detectors and GC carrier gases. Once installed, a hydrogen generator will provide hydrogen with constant purity 24 hours a day.
A hydrogen generator avoids any breakdown of analyzes compared to the gas cylinders which will have to be ordered and replaced and eliminates the risk of variation in the quality of the gas. In fact, when changing cylinders, contaminants can enter the gas lines, affecting the analysis results.
We value our customers, so feel free to contact us anytime.
Copyright © 2024 Windward Analytical - All Rights Reserved.
Powered by GoDaddy
This website uses cookies. By continuing to use this site, you accept our use of cookies.