Explore jobs
Find specific jobs
Explore careers
Explore professions
Best companies
Explore companies
By 1988, Teledyne was back on track when it reported a profit of $392 million on revenues of $4.5 billion--an impressive return on equity of nearly 20 percent.
In 1991, he announced that Teledyne planned to either close or sell 24 of its facilities.
1991 - The first Fully Automated Mercury Analyzer, the PS 200, is introduced.
The settlement of a federal probe into its Relays Division significantly reduced profits in 1992, but management thought this move was necessary because the United States government accounted for more than one-third of Teledyne's business that year.
After 1992, Teledyne pled guilty to many accusations cited in the lawsuits brought against it and paid nearly $30 million to settle charges.
1992 - The first Automated Mercury Sample Preparation System, the AP 200, is introduced.
1993 - The first Transportable ICP, the PS-Series Mobile, was introduced for efficient, on-site analysis.
1994 - Leeman Labs purchased Glow Discharge technology from the Analyte Corporation.
The technique, based on Glow Discharge, was a major breakthrough in optical spectroscopy for the direct analysis of solid samples by Atomic Absorption (AA).1994 - Introduction of the first Data Acquisition System for ICP-OES with unlimited autoranging capability.
Teledyne posted net income of $162 million on revenues of $2.57 billion in 1995.
In August 1996, Teledyne, Inc. was acquired by Allegheny Ludlum Corp., a Pittsburgh-based producer of stainless and specialty steels.
1996: A merger with Allegheny Ludlum creates Allegheny Teledyne.
1996 - Introduction of the Direct Reading Echelle (DRE) ICP Detection System.
Their combined 1998 revenues were $800 million.
In 1999, Allegheny Teledyne spun off two divisions in order to focus on its specialty metals business.
In 1999, government work had accounted for 40 percent of revenues.
1999: Teledyne Technologies is spun off from Allegheny Technologies Inc.
1999 - Introduction of the WinICP instrument control software package.
2000 - Introduction of the WinHg instrument control software package.
In 2001, Teledyne combined its energy systems business with that of Energy Partners, Inc., a Florida company dedicated to commercializing proton exchange membrane (PEM) fuel cell components and systems.
However, the United States government continues to be an important customer, accounting for about 40 percent of sales in 2002.
Sales were $840.7 million in 2003, up $68 million from the previous year.
2005 - Prodigy XP ICP was introduced.
2006 - Introduction of the Prodigy-H ICP. The Prodigy H permitted the measurement of halogen elements as well as more routine metal analysis.
2007 - Hydra C Mercury Analyzer was introduced.
The Hydra C was renamed the Hydra IIC in 2009.
2013 - Introduction of the Prodigy7 ICP-OES. The Prodigy7 offers distinct advantages over other ICPS with features such as: CMOS Array Detector for true simultaneous measurement, full wavelength coverage, Full Spectral Access and compact design.
2014 - Teledyne CETAC QuickTrace® Mercury Analyzers become part of Teledyne Leeman Labs Mercury family.
Rate how well Teledyne Advanced Pollution Instrumentation lives up to its initial vision.
Do you work at Teledyne Advanced Pollution Instrumentation?
Is Teledyne Advanced Pollution Instrumentation's vision a big part of strategic planning?
| Company name | Founded date | Revenue | Employee size | Job openings |
|---|---|---|---|---|
| Advanced Manufacturing Technology | 2003 | $21.3M | 75 | 8 |
| Arkwin Industries | 1951 | $71.2M | 350 | - |
| Ingersoll Machine Tools | - | $51.9M | 180 | 17 |
| Magnetic Analysis | 1928 | $50.0M | 350 | - |
| Calgon Carbon | 1942 | $619.8M | 1,400 | 31 |
| LECO | 1936 | $156.0M | 725 | 29 |
| DeVilbiss Air Power Company, Inc. | 1888 | $67.0M | 275 | - |
| Maury Microwave | 1957 | $37.6M | 100 | 2 |
| Meggitt PLC | 1947 | $2.1B | 10,200 | - |
Zippia gives an in-depth look into the details of Teledyne Advanced Pollution Instrumentation, including salaries, political affiliations, employee data, and more, in order to inform job seekers about Teledyne Advanced Pollution Instrumentation. The employee data is based on information from people who have self-reported their past or current employments at Teledyne Advanced Pollution Instrumentation. The data on this page is also based on data sources collected from public and open data sources on the Internet and other locations, as well as proprietary data we licensed from other companies. Sources of data may include, but are not limited to, the BLS, company filings, estimates based on those filings, H1B filings, and other public and private datasets. While we have made attempts to ensure that the information displayed are correct, Zippia is not responsible for any errors or omissions or for the results obtained from the use of this information. None of the information on this page has been provided or approved by Teledyne Advanced Pollution Instrumentation. The data presented on this page does not represent the view of Teledyne Advanced Pollution Instrumentation and its employees or that of Zippia.
Teledyne Advanced Pollution Instrumentation may also be known as or be related to Teledyne Advanced Pollution Instrumentation and Teledyne Advanced Pollution Instrumentation, Inc.