Founded in 2001, Tiger offers a wide and proven array of customer-lauded trace gas analyzers, as well as atmospheric and cleanroom monitors. Based upon powerful Cavity Ring-Down Spectroscopy (CRDS), Tiger instruments afford outstanding detection capabilities, speed of response, dynamic range and accuracy, combined with continuous self-calibration, ease-of-use, and freedom from moving parts and consumables. From the cleanest of semiconductor fabs to the harshest coal-fired power plants, our analyzers work to improve your yields, reduce costs, and simplify regulatory compliance. Our ISO 9001-certified operation guarantees consistent and reliable performance for our customers worldwide.
Highlights of our capabilities and offerings include:
- Multi-species, versatile technology: Tiger’s single- and multi-species trace analyzers and air monitors tackle a myriad of molecules, including moisture, ammonia, methane, oxygen, hydrogen bromide, hydrogen fluoride, hydrogen chloride, formaldehyde, and more.
- Robust, versatile instrumentation: Our instruments work in a wide range of matrices, including toxic, corrosive, and hydride gases.
- Absolute accuracy: Our technology is highly accurate, with sales to 20 national metrology institutes, which use our systems as transfer standards and for environmental research.
- Customized product development: From the U.S. national lab (NIST), which used Tiger to name its formaldehyde standard, to SASOL, the South African chemical company engaged in innovative gas-to-liquid (GTL) synthesis, businesses and labs around the world turn to Tiger for their special analytical needs.
- World-class Manufacturing: Consolidated under one roof in Warrington, PA, Tiger develops, designs, and manufactures its full line of analytical equipment. Our ISO 9001-certified operation guarantees consistent and reliable performance for our customers worldwide.
- Global Service Support: Tiger offers both factory and field service through our authorized service centers in Pennsylvania, France, Taiwan, China and Korea. In addition, our distributors worldwide are well trained and highly technical -- fully capable of providing installation and field support where needed.
- Training, Presenting, and Publishing: We actively support our customer base with training programs and easy-to-use materials in many languages. The Tiger team is a fixture at technical presentations and industry conferences around the world. (Be sure to say, “Hi!”) In addition, we are a frequent contributor of articles and news to magazines, newsletters, and on-line publications serving your markets.
“I’m an esoteric spectroscopist by training, but I’d like to do something practical,” declared Kevin Lehmann, a professor at Princeton University when I first contacted him regarding the possibility of licensing his powerful new technology called Continuous Wave Cavity Ring-Down Spectroscopy (CW CRDS). At the time, I had no idea what an “esoteric spectroscopist” was, but I thought we could help him out on the practical side.
MEECO Inc., the company my father founded in 1948, was an early pioneer of instruments to measure trace moisture in solids, natural gas, and industrial specialty gases. After I took over in 1983, MEECO developed new products and became a leading supplier of moisture analyzers to the burgeoning semiconductor market worldwide. In the mid-1990s, I bet the company’s future on Dr. Lehmann’s revolutionary work in spectroscopy.
Using lasers to measure the light absorption of a given molecule, CW CRDS promised to complete, within seconds, measurements that normally took many hours. The technology was said to be highly stable and selective, with no tendency to drift or to confuse one molecule for another. In addition, it could detect in the parts-per-trillions, unlike the technology of most conventional analyzers.
In light of that potential, MEECO became the exclusive worldwide licensee for Dr. Lehmann’s first patent. We moved one of our lab technicians to Princeton to work shoulder-to-shoulder with the scientists there. The early word back was discouraging, however. The same qualities that drew us to CW CRDS—its great sensitivity, speed of response, and accuracy—also made it quite delicate, with results that were difficult to reproduce consistently.